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Guo Heng: two new product innovation is important to be listed – Business Innovation, Bright, bright New – Food Industry

November 22 evening news Bright Dairy Co., Ltd. Hang Guo, president in 2009, this day Business Home stated at the annual meeting, location, standards, human resources and promotion of the product innovation process in several important ways, Bright Dairy’s blood fat and blood pressure products have won domestic and international patents, as premature, not yet listed.

Guo Heng is in the “Innovation is the essence of product innovation”, prefabricated the remarks in a keynote speech expressed.

Guo Hang mainly about two issues, one is why product innovation, and the second is how product innovation.

Guo Heng stated that product innovation are mainly three reasons: first, to customer demand, we have to product innovation. Second, Marketing Studies in the 4P, including product, price, promotion and channels, mainly product-centered, competitive strategy is nothing but two, one is cost leadership, and the other is the difference, is to innovation; third stage of enterprise development needs. China’s farm market is basically in between 100 billion to 120 billion, of which 40 billion is liquid milk products, including temperature and milk, as well as 40 billion is Milk powder The most important is the infant formula, there are more than 200 million, of which 10 billion is Yogurt The other 10 billion is the other. Innovation is one of the most important end result should be the fastest growing and most promising yogurt, then one is cheese, cheese in fact half of the total farm industry, but in China the proportion of 5% is not even that, for these are technical technical innovation and what content is sought on the one hand the most dairy.

So, how innovation? Guo Heng stresses four aspects:

First, how positioning. Bright Dairy’s positioning is to become China’s farm science and technology center, that all the major Chinese farm science and technology activities, 25% can occur in Bright Dairy. Contribution rate of science and technology which, Bright hopes the contribution of science and technology for products to more than 60%, is now basically 70% of Bright Dairy level.

To support such a position, Bright hopes in research, testing and information can be Trinity’s national. Meanwhile, foreign Cooperation , The Bright Dairy to establish 3 +3 approach, that is three places in the world, the implementation of three forms of cooperation, for example, in North USA with California Polytechnic University in Australia with New Sjaelland Dairy Institute, companies in Europe with Dannisite. Bright hopes with these world-class research institutes, universities and companies to be healthy to grasp the world’s cutting-edge information and the latest development.

Second, the standard is. Bright Dairy for product innovation, there are four criteria: the first criterion is based on award-winning products, marked by technical level; second technique is based on patent endorsement for the logo shape; the third is the font size to health products; fourth item is stood for by the industry leading product positioning, the current farm industry more than 90% of the product is the first launch of Bright Dairy.

Third, very important is talent. Bright Dairy for the examination of intellectuals, both dogmatic side and the side of honor, such as for paper, Sell The amount of such a request, but there are some intangible things. Bright spent 10 years to studying a bacterium, so far, there are more mature blood lipid of bacteria, lower blood pressure in the bacteria, has received international and domestic patents, product development has been fully formed, because the timing felt not the most mature and have not listed.

Fourth, is to promote. Bright Dairy’s promotion of the most important points, one fewer and healthier principle, second, and marketing on the make-up of the principle that “regardless of country girls, or white, to fit us.”

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Jabra Offers New Headsets for Wireless, Softphones and Wired Devices

Jabra is the leading VOIP provider offering good calibre services and solutions to their customers worldwide. They have a number of offices situated in different countries in the world. Recently the company has come up with new headsets that will work well with other softphone, wireless and wired devices. They are definitely the ideal VOIP providers in the market.

Why Jabra?

The company aims at delivering hands free communication solutions at inexpensive rates. Jabra combines the latest technologies that offer good sound calibre and great comfort. These best VOIP providers prides themselves in offering innovative solutions that grant customers to experience more out of their lives.

In addition to the above, Jabra’s headset range features a variety of cordless and corded model that will suit the needs of all the mobile customers. The current headset introduced by this company is one of the ideal VOIP applications till date. In this article we will discuss in brief about these two headsets.

Headsets by Jabra

The two new headsets introduced by Jabra are one-of-a-kind and sophisticated. They are designed in order to meet the technological needs of their business customers or clients. We all know that competition is very fierce amongst the telecommunication industry. Each day companies launch new and innovative technologies in order to attract more customers and simultaneously become the ideal VOIP providers in the market.

Jabra GO 6400 and PRO9400 Series introduced by Jabra are sure to be a success in the market. Gadget lovers are always on the lookout for new technologies and this is a perfect opportunity for them. Let us look at the one-of-a-kind feature that sets these two devices apart from other headsets.

What are the Features and Benefits of Jabra GO 6400 and PRO9400?

When it comes to the features and benefits of these two ideal VOIP applications, it will attract a lot of customers. Some of their features and benefits are as follows:

These come with optimum voice clarity and offer extreme endorsement to the ears. They can be connected to desk, mobile or softphones, because of their compatibility In addition to this, they come with narrowband or wideband DSP sounds that enable users to hear clearly without any disruptions A fascinating feature about these two headsets is that they come with Noise Blackout Technology which helps in the elimination of any background noise Apart from these features these best VOIP application comes with Safe Tone technologies that equilibrise the sound levels and protects the users’ ears

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Cost slicing versus product innovation with polymer coating

Current market situation puts high pressure on prices of commodity products. Standardised plastic compounds and products mainly discriminate on price, creating the awareness and the need of customised, less price sensitive compound solutions. Cost slicing is the first logical step trying to keep the business profitable.

However, the strategic decision to invest in product innovations and/or accommodate prefabricated modifications will offer new business opportunities. Take for example polystyrene: its applicability is limited for microwave and hot fill food applications because of its limited thermal performance. Nowadays mainly PP is used for this application, despite the better processing, thermoforming and application performance of PS over PP. A current development enables the applicability of PS in microwave applications, keeping the benefits of polystyrene.

Despite the extreme price competitive and low margin market conditions in the food packaging market, several companies are investing in this new PS solution, because the total cost of ownership will bring benefits for the improved PS for both supplier and end-user. Even for (low margin) commodity products, investing in customised solutions or opportunities to expand the functionality of an existing commodity polymer offers new profitable income potential on the longer term.

Ofcourse the short term cost slicing need is understandable and for some companies a must. However, being prepared for the future with new product will also be an important asset. And like for the above mentioned example, the investments and time-to-market can be defined within reasonable limits.

Companies like Polyscope offer products which enable various opportunities to extend the functionality and applicability of (commodity) plastics

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Tudor Becomes the Timing Partner of Porsche Motorsport

This year Tudor watches has officially become “Timing Partner” of Porsche Motorsport with engagements in the Porsche international one-make cups.

Over the last 25 years, TUDOR and Porsche alike have worked persistently on design, technology and reliability, resulting in bold innovations and avant-garde solutions. In this constant quest for functional beauty, TUDOR leads us into the vibrant world of GT racing. The launch of a new range of sport chic design watches under the exciting study of Grantour and TUDOR’s Porsche Motorsport partnership officially bring the two brands together. Both branded with a shield, they share the same values and respect of tradition. TUDOR does not simply produce watches, nor Porsche merely cars. TUDOR and Porsche are both much more.

CLOSELY LINKED DESTINIES
The 1950s were marked by the TUDOR Oyster Prince and Princess, waterproof watches with a self-winding movement. Porsche brought out the highly responsive, powerful Spyder. In the primeval 1960s came the launch of the TUDOR Prince Submariner and the Porsche 911, successful models for both companies. From then on, TUDOR became a watch of choice for Porsche drivers racing at Nürburgring, Daytona, Monza, Le Mans and other classic venues. The TUDOR Oyster Date chronograph launched in 1971 was even dubbed the
“Porsche Chrono” by collectors and racing aficionados. The TUDOR “Monte-Carlo” Chronograph, as it was called by watch lovers, stood for the 1970s, and Porsche won the World Sportscar Championship and the Manufacturers World Championship in 1976 with the Porsche 935 and 936. The Porsche 936 went on to win the 24 Heures du Mans in 1981, coinciding with the firm’s 50th anniversary.
This powerful partnership between TUDOR and Porsche Motorsport strengthens the bonds between two brands with an outstanding track record. A perfect synergy that paves the way for exhilarating racing moments.

A LITTLE HISTORY
TUDOR and Porsche are companies with shared values inspired by two breathtaking men. One from Bavaria, one from Bohemia. Two pioneers. Hans Wilsdorf and Ferdinand Porsche apiece founded a company that would come to enjoy worldwide renown. In Switzerland, the cradle of watchmaking, Hans Wilsdorf, who had developed Rolex watches, registered the TUDOR brand in 1926.
That same year in Stuttgart, the cradle of the German vehicle industry, technologist Motoren Gesellschaft and Benz & Co merged to form Daimler-Benz. Its technical director was none other than the ingenious Ferdinand Porsche. His honorary degree, Doktor Ingenieur honoris causa from the University of Technology of Vienna, is the origin of the “Dr. Ing. h.c.” that appears in the firm’s name. At the same time as the first TUDOR models were appearing in the primeval 1930s, Ferdinand
Porsche started his own independent consulting firm for engine and automobile design in Stuttgart. He enlisted some of his talented ex-colleagues including his son Ferry Porsche, who was to be the driving force behind the launch in 1939 of the first Porsche car, the Type 64.
Montres TUDOR SA was established in Geneva in 1946 at the time Ferry Porsche was designing the first four-wheel-drive race car, the Type 360 Cisitalia. TUDOR launched its Oyster collection in 1947, and the Porsche 356, the first Porsche race car, rolled out in 1948.

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Generate Higher Returns From Your Innovation Investments: 3 Of 10

One way to establish market differentiation is through introducing innovative new products to market. Establishing market differentiation is one thing, maintaining it is quite another. Here we have place together a ten-part series on how businesses can generate higher returns from innovation investments.

From our series of highly informational articles, companies will learn: how to treat innovation as a cross-functional business process, how to align innovation execution and business strategy; how to create sustainable innovation; how to train your senior executives to successfully execute innovation initiatives; how to effectively manage process and project management; how to measure performance of your processes; how to ensure broad stakeholder buy-in; how to comprehend the importance of product roadmaps; how to wage the tools necessary for successful product innovation; and finally, how to ensure that portfolio management coincides with process management.

Here is one of the ten practices that leading innovators use to increase the payback from innovation spending: Creating Sustainable Innovation by Looking beyond the Financial Data.

Creating Sustainable Innovation by Looking beyond the Financial Data

Innovation does not equal short-term gains. Companies that take a longer view of innovation are more likely to achieve sustainable market differentiation. For instance, Parker Hannifin, the world’s leading diversified manufacturer of motion and control systems, wanted to achieve higher levels of organic growth over time by introducing more new-to-the-world or new-to-the-market products. In support of this goal, Parker implemented a single, structured innovation process crossways its 125 divisions worldwide. It also introduced leading-edge product innovation management software to automate that process. As a result, the company realized a 500% increase in the net-present-value of its product portfolio.

Much of Parker’s success can be attributed to the capability of its cross-functional teams to critically evaluate innovation projects at various stages and gates in the development process. Decisions are based on more than financial considerations.

Parker’s project managers also ask the following questions:
1. Does the product fit with corporate strategy?
2. Is there an captivating market for the product?
3. Will the product’s differentiation and value proposition ensure competitive success?
4. Do we have the resources to produce it?
5. What’s the risk vs. reward ratio?

Another company that is generating much higher than average returns from its investments in innovation is Pall Corporation, a billion supplier of filtration, separation and purification technologies. Recently, Pall deployed a new product innovation process along with software that both automated the process and enabled ongoing measurement of performance. According to the company, these investments paid for themselves in a tiny more than a year and have increased the net-present-value of its product portfolio by more than million.

So, what is it that sets these companies apart from those that are not realizing returns on their innovation investments?

For more information on the top practices that leading innovators use to increase their returns on innovation spending, look for the next article in our ten-part series: Training Your Senior Executives to Successfully Execute Innovation Innitiatives.

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Product Innovation – How To Have Ideas

The easiest route to creative product innovation is to begin with something we already have and ask some simple questions about it to recommend new ideas. For the intoxicant of demonstrating how this can be done, we’ll suppose that we want to design a new kind of bicycle.

We begin by asking a lot of questions about the existing product. Along with apiece of these questions, we ask “What new ideas or possibilities does this suggest?” The following are some of the questions you might begin with.

What complaints do people have about this product?

Complaints or “problems” are a great place to begin looking for innovation opportunities. In the case of a bicycle, people might complain about the uncomfortable seats, for example, which leads to all sorts of ideas about how to make them better. Maybe buyers could sit on a substance that takes an impression of their bottom, in order to build seats to fit the individual.

What else could be added to this?

What possibilities does this suggest? A “pet carrier” in front of the handle bars comes to mind, with a strap to hold in your cat or small dog. A GPS unit for bicycles is another possibility. A “roof” to keep the rain off of you might work.

Why do people purchase this?

Product innovation often comes from asking why people use an existing product, and considering different and possibly superior ways to meet that same need or desire. In this case we can guess that people purchase bicycles for transportation, to get exercise and, in the case of mountain bikes, for adventure. We can think about apiece of these motivations in looking for new ideas.

“Transportation” make me think about other forms, like trains, and this immediately brings to mind the intent of a bicycle of sorts that travels on rails very fast from city to city by pedal power alone. “”Exercise” recommends looking beyond stationary bikes and regular bicycling that is limited by season. How about an indoor track that has turns and hills and is designed to make winter biking doable and interesting? Adventure biking recommends speed to me (among other things), and makes me wonder if a spring system, wound by the riders pedaling, could be used for a sudden burst of speed.

What are the various limits involved, and how can they be changed?

A bicycle typically is limited to one or sometimes two people, but what if it could hold twenty? This question recommends a pedal-powered bus that a group of people could travel in. Price is another limit if you want to sell bicycles. Weight is other limiting factor. There is definitely a market fore lightweight bicycles. At the moment light materials are the usual solution, but what about making everything smaller? This also makes the cycle easier to store.

There are other questions you can ask to recommend new ideas. “How can I make this cheaper?” for example, is a question that could help nearly any new product design be more marketable. “What else do buyers of this item want?” is another good one. And by the way, whether they are good or not, all the ideas above came to me from the questions asked and during the twenty minutes it took to write this. Generating ideas for product innovation is relatively simple once you practice with a few good techniques, like the questioning method outlined here.

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Universal Mobile Telecommunication Systems

MOBILE COMMUNICATIONS

Mobile communication is the application of wireless technology in the access network. It offers many useful features,

• Easy installation for rapid roll out

• Proven platform with scalability

• Future proof

• Reliable and secure

• Mobility

It is a very rapidly growing and favourite service which was revolutionised telecommunications. It has become a backbone for business success and efficiency. It connects subscribers to the public switched telephone network(PSTN) using broadcasting signals as a alternative for copper.it grants any body to communicate with any one while on the move.

Different technologies emerged for different types of requirements-coverage, capacity, mobility, bandwidth.

GSM

CDMA

CORDECT

PHS

AMPS,DAMPS

EVOLUTIONS OF MOBILE COMMUNICATIONS:-

FIRST GENERATION(1G):ANALOG CELLULAR:-

The introduction to cellular systems in the late 1970s and primeval 1980s represented a quantum leap in mobile communication(especially in capacity and mobility). Semiconductor technology and microprocessors prefabricated smaller and lighter weight , and more sophisticated mobile systems a practical reality for many more users. These 1G cellular systems still transmit only analog voice information. The most prominent 1G systems are ANALOG MOBILE PHONE SYSTEM(AMPS), NORDIC MOBILE TELEPHONE(NMT) and TOTAL ACCESS COMMUNICATION SYSTEMS(TACS). With the 1G mobile introduction, the mobile market showed annual growth rates of 30 to 50 percent, rising to almost 20 million subscribers by 1990.

SECOND GENERATION(2G):MOBILE DIGITAL SYSTEMS:-

The development of 2G cellular systems was driven by the need to improve transmission quality, system capacity and coverage. Further advances in semiconductor technology and microwave devices brought digital transmission to mobile communications.sppech transmission still dominates the airways,but the demands for fax,short message and data transmissions are growing rapidly. Supplementary services such as fraud prevention and encrypting of individual data have become standard features that are compatible to those in fixed networks. 2G cellular systems include GSM, DIGITAL AMPS(D-AMPS),CDMA and PERSONAL DIGITAL COMMUNICATION. This day multiple 1G and 2G standards are used in world wide mobile communications. Different standards serve different applications with different levels of mobility, ability and service area standards are used only in one country or region and most are in compatible.

2G TO 3G GSM: EVOLUTION:-

Phase 1 of the standardization of GSM 900mhz band was finished by the EUROPEAN TELECOMMUNICATION STANDARD INSTITUTE (ETSI) in 1990 and included all necessary definitions for the GSM network operations. Several tele services and bearer services have been defined (including data transmission upto 9.6kbps), but only some very basic supplementary services offered. As a result, GSM standards were enhanced in phase 2 (1995) to incorporate a massive variety of supplementary services that were compatible to digital fixed network integrated services digital network(ISDN) standards. In 1996, ETSI decided to further enhance gsm in annual phase 2 + releases that incorporate 3G capabilities.

LIMITATIONS IN 1G AND 2G SYSTEMS:-

• No global standards

• No common frequency band

• Low information bit rates

• Low voice quality

• No support of video

• Various categories of systems to meet specific requirements

figure shows the structure of GSM.

INTERNATIONAL MOBILE TELECOMMUNICATIONS 2000:-

IMT:-A future standard in which a single inexpensive mobile terminal can truly wage communications any time and any where. The main characteristics of 3G systems, known collectively as IMT-2000 are a single family of compatible standards that have following characteristics

• Used world wide

• Used for all mobile applications

• Support both packet witched(PS) and circuit switched(CS) data transmission

• Offer high data transfer rates 2MBPS.

• Offer high spectrum efficiency

IMT standards has prefabricated 17 proposals to meet the stipulations of 2G systems.The most important IMT-2000 proposals are the UMTS (W-CDMA) as the successor to GSM,CDMA as the interim standard 95(IS 95) successor and time division synchronous(TD-SCDMA), UNIVERSAL WIRELESS COMMUNICATIONS-136(UWC 136/EDGE) as TDMA based enhancements to DAMPS/GSM all of which are leading previous standards toward the

ultimate goal of IMT 2000. The goals of the services to be provided in 3G systems by IMT 200 is shown in figure The Global System for Mobile Communications (GSM) is now the world’s most successful wireless standard. Current figures indicate that GSM has more than 100 million subscribers in 120 countries and attracts more than five million new users apiece month. There are almost 300 GSM system operators worldwide. Current wireless or mobile systems, despite their evolution, are still constrained in terms of the data rate they can offer and their flexibility to manipulate complex, yet user-friendly multimedia services. This need presents the opportunity to the mobile radio, IT, and consumer electronics communities to offer users a mobile system capable of managing and delivering a much wider range of information services to the mass market. Elements of this opportunity include:

• An industry-wide and government commitment crossways the world;

• A coordinated program including spectrum, standards, and technology; and

• Synergy of communications, IT, and media workings to bring about global opportunities for businesses and consumers, while creating new ways of doing business, pleasing and informing.

A new mobile system for worldwide use is now being developed to enhance and supersede current systems. The Universal Mobile Telecommunications System (UMTS) will be an enhanced digital communications system that will wage universal communications to anyone, regardless of their whereabouts. UMTS will grant for wireless World wide web access, video-conferencing, and other bandwidth intensive applications. Benefits from this new system of wireless communications are expected to be:

• Support to existing mobile services and fixed telecommunications services up to 2Mb/s;

• Support to one-of-a-kind mobile services such as navigation, car location, and road traffic information services, which will become increasingly important in world market;

• The ability to enable the use of the system terminal from multiple environments – in the home, the office, and in the public environments -in both rural areas and city centers; and

• Provision of a range of mobile terminals – from a low cost pocket telephone to sophisticated terminals to wage advanced video and data services .

UNIVERSAL MOBILE TELECOMMUNICATION SYSTEMS(UMTS):-

INTRODUCTION:-

In January1998, the European Telecommunications Standards Institute (ETSI) decided on a single air interface standard for the proposed Universal Mobile Telecommunications System (UMTS). The system is one of the major new third-generation mobile systems being developed within the framework that has been defined by the International Telecommunications Union (ITU) and is known as IMT-2000. UMTS has been the subject of intense worldwide efforts on research and development throughout the past decade. The system has the support of many major telecommunications operators and manufacturers because it represents a one-of-a-kind opportunity to create a mass market for highly personalized and user-friendly mobile access to today’s information society. The system seeks to build on and extend the ability of today’s mobile, cordless, and satellite technologies by providing increased capacity and data ability as well as a far greater range of services using an innovative broadcasting access scheme and an enhanced, evolving core network.The system will be a member of a new family of mobile telecommunications systems being developed by the ITU for deployment crossways the world. While using different broadcasting frequencies in different countries, apiece system will offer the same set of features to users. This will grant handsets to be developed that can be carried from country to country as the individual travels.

The key difference between this system and previous mobile (wireless) systems, such as GSM, is that the primeval systems were conceptually separate from the fixed (wire line) telephone network. The goal of this system is to integrate wire line and wireless systems to wage a universal communications service, such that a individual can move from place to place while maintaining access to the sum set of services .

The system is intended to grant users to send and receive data at much higher bandwidths than supported by today’s GSM system. While on the move, users will be healthy to access remote systems at up to 144Kbps. When stationary, connections of up to 2Mbp/s will be supported through wireless access to networks, with much higher performance being doable by plugging the handset into a network socket .

ETSI has chosen aggressive timescales for the introduction of UMTS in order to meet the demands of customers. The target date for its introduction has been set as the year 2002. figure shows the structure of UMTS.

To meet the deadline, the ETSI is following a phased approach in hopes of allowing abilities to improve over time following the initial system introduction. At launch, terrestrial UMTS will have the ability for data rates up to 2Mb/s. However, UMTS is designed as an open system that should grant for evolution to incorporate new technologies as they become standardized.

UMTS CRITICAL TECHNOLOGIES:- Some of the critical technologies essential for the successful introduction of UMTS are described below:

1)UMTS Terrestrial Radio Access (UTRA):-

The ETSI decision in Jan 1998 on the broadcasting access technique for UMTS combined two technologies. The W-CDMA for paired-spectrum bands and TD-CDMA for unpaired band². The intent was to develop a common standard to ensure an optimum solution for all the different operating environments and service needs .

The transmission rate ability of UTRA will wage at least 144 Kbit/s for full mobility applications in all environments, 384 Kb/s for limited mobility applications in the macro- and micro-cellular environments, and 2.048 Mb/s for low mobility applications particularly in micro-cellular environments. The 2.048 Mb/s rate might also be acquirable for short range or packet applications in the macro-cellular environment, depending on deployment strategies, broadcasting network planning, and spectrum availability.

2)Multi-mode Second Generation/UMTS Terminals:-

UMTS terminals will exist in a world of multiple standards that will enable operators to offer maximum capacity and coverage to their individual base by combining UTRA with second- or third-generation standards. Therefore, operators will need terminals that are healthy to interwork with legacy infrastructures such as GSM/DCS2800 and DECT, as well as other second-generation, worldwide standards (such as those based on the US AMPS standard) because these might initially have more complete coverage than UMTS. Many UMTS terminals will therefore be multi-band and multi-mode. Building such terminals at a cost which is comparable to contemporary single-mode, second-generation terminals will become doable because of technological advances in semiconductor integration, broadcasting architectures, and software radio.

3)Satellite Systems:-

At initial service launch in 2002, the satellite component of UMTS will be healthy to wage a global coverage capability. Implementation plans call for utilization of the S-band Mobile Satellite Service (MSS) frequency allocations identified for satellite IMT2000 and will wage services compatible with the terrestrial UMTS system .

4)SIM Cards/Smart cards:-

GSM introduced the Subscriber Identity Module (SIM) or Smart Card. SIM technology incorporates enhanced security and a degree of individual customization to the mobile terminal. SIM requirements, security algorithms, card and silicon IC technology will continue to evolve up to and during the period of UMTS deployment . The smart card industry expects being healthy to offer cards with greater memory capacity, faster CPU performance, contactless operation, and greater ability for encryption. These advances will grant the UMTS Subscriber Identity Module (USIM) to add to the UMTS service package by providing portable high security data storage and transmission for users. In addition, the users will be healthy to store, down or upload images, signatures, individualized files, fingerprint or other biometrics data through the card. Contactless cards will grant the users to perform business transactions such as electronic commerce or electronic ticketing without having to be removed from a notecase or phone .Electronic commerce and banking activities, utilizing smart cards, is expected to become widespread. Users will anticipate and be healthy to use their cards on any terminal over any network. New memory technologies can be expected to increase card memory sizes making larger programs and more data storage feasible. Several applications and service providers could be accommodated on one card. In theory, the users could decide which applications/services they want on their cards, much as they do for their desktop computers’ hard disks .

5)Internet Protocol (IP) Compatibility:-

UMTS is a modular concept that takes advantage of the trend towards convergence of fixed and mobile networks and services, enabling a host of new applications. For example, a laptop with an integrated UMTS communications module becomes a general-purpose communications and computing device for broadband World wide web access, voice, video telephony, and conferencing for either mobile, office, or residential use.UMTS might well become the most flexible broadband access technology available, as it grants for mobile, office and residential use in a wide range of public and non-public networks. The system can support both IP and non-IP traffic in a variety of modes including packet circuit switched and virtual circuit². UMTS will be healthy to benefit from parallel work by the World wide web Engineering Task Force (IETF) who is further extending its basic set of IP standards for mobile communication . New developments like IP version 6 grants parameters such as calibre of service, bit rate, and bit error rate (BER), vital for mobile operation, to be set by the operator or service provider. Developments on new domain study structures are also taking place. These new structures will increase the usability and flexibility of the system, providing one-of-a-kind addressing for apiece user, independent of terminal application or location .

6)Cross platform interoperability:-

The need for the ability to transport multimedia content over various types of networks requires industry to develop cross-platform interoperability because the properties of the networks might have an effect on the content of the transmission. In many cases several different kind of networks will be cascaded (i.e. Ethernet, ATM, X.25 and UMTS) .

7)API and Development toolbox:-

It is expected that rapid development and deployment of new and innovative services will drive the UMTS market. A key enabler in this area will be the standardization of the UMTS application-programming interface (API). API grants for abstraction of both the terminal and the network. It will also wage a generic way for applications to access terminals and networks. The API will grant the same application to be used on a wide variety of terminals and will also wage a common method of interfacing applications to UMTS networks. The API will support security, billing, subscriber information, service management, call management, SIM management individual interaction and content translation. It is expected that the API will build upon and extend today’s technologies (i.e. Java, Wireless Application Protocol (WAP), GSM SIM Toolkit and World wide web technologies) that exploit convergence with other emerging technologies for consumer products (such as digital televisions).

8)Client server architecture:-

One of the primary drivers for UMTS is service differentiation. UMTS grants network operators to market products based on more than just coverage and

capacity issues. The key to this benefit is the ability to develop and offer new products and features in short timescales, without requiring modifications from infrastructure suppliers.

figure shows client server structure of UMTS.

Many new developments in the IT industry are based on a client/server technology, which grants intelligence to be downloaded transparently from a server into the user’s terminal. The technology provides direct and immediate high performance individual interaction and interpretation. On the other hand, tasks that must remain centralized, such as database residence, are held on central servers inactivity to rapidly and efficiently respond to queries from the clients. However, in the mobile industry, intelligent terminals and USIM card will grant personalization of the individual interface and supplying of features not doable with basic terminals in today’s client/server networks. As roaming traffic continues to increase, the ability to wage such features independently of the serving network will become increasingly important. Existing and evolving GSM standards, such as SIM Toolkit and Mobile Execution Environment, together with other initiatives such as WAP, wage the framework for delivering this enhanced client/server approach. The individual of an object-oriented language such as Java is captivating because it is platform and operating system independent, and optimizes the download .

9)Customer Care and Billing Systems:-

UMTS will operate in a very different environment than today’s mobile systems. Customer care and billing are inextricably linked. These systems must be healthy to effectively operate with all UMTS users and providers in a customer-friendly manner. For UMTS, a bill will no longer be just a dun but, instead, a key part of a highly sophisticated approach to customer care crossways all bourgeois services. Convergence will not only require the interoperation of fixed, mobile, satellite, private and public systems but also the integration of players from non-telecommunications fields such as finance, entertainment, and the news media. This will require a harmonized solution to customer care and billing systems despite very different legacy practices.

The competitive services market will demand multiple flexible interconnections between players and roles. Seamless delivery will require a unification of management and a means to wage interworking without a prior relationship. Significantly higher levels of automation and timeliness will be required to support the billing and customer care operations. In addition, fraud management will need to be applied crossways the whole value chain. Charging and billing will need to mature as concepts and practices.

BENEFITS OF UMTS: what it offers?:-

Corporate use of UMTS (including global mobile access to Intranets) will be a key driver for UMTS. Businesses will demand greater flexibility for customization and more devolved service control to optimize productivity and operational efficiencies within corporate networks. UMTS subscriber and network management abilities will offer enhanced abilities to meet these new and evolving stipulations .

The body of literature on UMTS indicates that it offers the promise of being a significant advancement in mobile communications technology. UMTS is being designed to ensure flexibility is presented to users, network operators and service developers. UMTS will offer significant benefits in communication abilities including:

• Ease of use and low cost;

• New and superior services;

• Packet transmission and data rates on demand; and

• Improved mobility and coverage.

1)Ease of use and low costs:- Wireless customers want useful services, easy-to-use terminals and good value for money, UMTS is envisioned to offer services that are easy to use and customizable in order to address individual individual needs and preferences. Terminals and other customized equipment will be acquirable to grant easy access to these services. A wide array of inexpensive, acquirable terminals and other periphery will be available. Costs for the actual UMTS service are projected to be low enough to ensure a mass market and bourgeois competition.

2)New and superior services:- Market studies show that voice will remain the dominant service for existing fixed and mobile telephone networks, including GSM, through 2005. Users will demand low-cost, high-quality voice service from UMTS. However, the opportunity for increased revenues through UMTS comes from offering advanced data and information services. Long term, industry forecasts for UMTS show a strongly growing multimedia subscriber base by the year 2010.

3)Fast access:- One factor, which clearly sets UMTS above the second-generation mobile systems, is its potential to support 2Mb/s data rates for users from the outset. This capability, together with inherent World wide web Protocol (IP) support of UMTS, is a powerful combination to deliver interactive multimedia services as well as other new wideband applications such as video telephony and video conferencing.

As the demand for individual data rates increases in the long term, UMTS will be developed to support even higher data rates, perhaps one or two orders of magnitude greater. In later phases of UMTS development, there will be a convergence with even higher data rate systems using mobile wireless Local Area Network (LAN) technologies (microwave or infrared) providing data rates of for example 155 Mb/s in indoor environments .

4)Packet transmission and data rate on demand.:-Most cellular systems in use this day use circuit-switched technology for wireless data transmission. However, UMTS integrates packet and circuit data transmission. Packet data over the airwaves provides the individual several benefits:

• Virtual connectivity to the network at all times;

• Alternative ways of billing. For example, pay-per-bit, per session or flat rate per month; and

• Asymmetric bandwidth in the uplink and downlink. As demanded by many emerging data services where one link direction carries easy commands and the other carries and content rich, bandwidth intensive traffic (for example Web browsing or video transmission).

UMTS is also being designed to offer data rate on demand, where the network reacts flexibly to a user’s demands based upon his or her profile and the current position of the network. The use of packet-oriented transport protocols such as World wide web Protocol (IP) for UMTS is being studied now. The combination of packet data and data rate on demand will remove technical barriers for the individual and make operation of the system much cheaper. Simply put, there should be no worries about how and when to connect to the network.

UMTS services are based on standard service capabilities, which are common throughout all UMTS individual and broadcasting environments. This means that a individual will experience a consistent set of services even when he or she roams from his or her home network to other UMTS operators. Users will find the same interface, whether they are in their home network or roaming. The Virtual Home Environment (VHE) will ensure the delivery of the service provider’s total environment, including for example, a corporate user’s virtual work environment, independent of the user’s location or mode of access (satellite or terrestrial).

VHE will also enable terminals to negotiate functionality with the visited network, possibly even downloading software so that it will wage “home- like” service. The eventual goal is that all networks, signaling, connection, registration and any other technology should be transparent to the individual so that mobile multimedia services are simple, individual friendly and effective.

Mobility and Coverage:- UMTS has been designed from the outset to be a global system, comprising both national terrestrial and global satellite components. Through multi-mode, multi-band terminals it can use 2nd generation systems to extend its coverage for basic services. The overall goal of the system offering is to achieve truly individualized communications using terminals that are healthy to roam from a private cordless or fixed network (Figure 1). A second goal is to achieve this with a consistent delivery of the services via VHE.

Figure 1. UMTS Coverage is Universal (Leino, 1999).

The UMTS broadcasting access system UTRA will support operation with high spectral efficiency and service calibre in all the physical environments in which wireless and mobile communication take place. Today’s users live in a multi-dimensional world, moving between indoor, outdoor urban and outdoor rural environments with a degree of mobility ranging from stationary through pedestrian up to very high vehicular speeds. There are also different individual density environments, including three-dimensional situations in high-rise buildings. UTRA has been specified for all these environments.

Limitations of UMTS:-

In practical implementations of UMTS, some users might be unable to access the highest data rates at all times. For example, the physical constraints of broadcasting propagation and the economics of operating a network will mean that the system services might only support lower data rates in remote or heavily congested areas. Therefore, in order to ensure that the subscriber is always healthy to use their terminal, services will be adaptive to different data rate availability and other Quality of Service parameters.

In the primeval stages of UMTS deployment, traffic will probably be generated predominantly in locations such as airports and railway stations which operators will cover immediately following network launch. However, users will want full coverage so that they can access their services wherever they are . To offer this, UMTS technology is being defined to enable roaming with other networks. For example a GSM system operated by the same operator or alternatively by roaming agreements with other networks such as other GSM based systems or other third generation systems including UMTS compatible satellite networks, which will effectively be healthy to offer global coverage.

The limitations are,

1)Risk of further regulation:- There is a certain anxiety that an attempt to achieve circulation by means of administrative measures might lead to heavier regulation of UMTS (e.g. in the form of complicated procedures or excessive marking). Therefore, current efforts are intended to take care to aim to simplify regulation in all circulation measures.

2)Standardization:- Standardization will remain a key bourgeois in providing calibre services at an inexpensive cost and enabling roaming between systems. The success of UMTS depends upon the flexibility of interfaces and the capacity to evolve in parallel with technological development. Continued close co-operation between operators, manufacturers and regulators in the standardization of UMTS/IMT 2000 is crucial for successful harmonization of standardization proposals.

UMTS in the Long Term:-

In order to ensure that UMTS flourishes in the long term, its abilities must be progressively increased by the addition of new technologies. These technologies are discussed below.

1)Re-configurable Terminals:- UMTS terminals will have to exist in a world of multiple standards, both second-generation standards and other members of the IMT-2000 family. In order to wage universal coverage, seamless roaming and non standard services will no longer have fixed parameters, rather they will be in the form of a “toolbox” whereby the key parameters can be selected or negotiated to match the stipulations of the local broadcasting channel.

In addition to the ability to adapt to different standards as described above, terminals will enable network operators to distribute new communications software via download over the air in order to improve the terminals’ performance in the network or to fix minor problems (e.g. an improved handover algorithm). This aspect of software downloads will generally be invisible to the user.

2)Application and Service Download:- When using today’s multimedia terminals (e.g. PCs), users have accepted the intent that the abilities of the terminal can be altered over time through a software download. It is now commonplace for a individual to download a new “plug in” (for example a video or audio code) to access new types of content. The introduction of multimedia services on UMTS will take this concept into the mobile domain. UMTS “plug ins” will come from a variety of sources, for example:

• Pre-installed on the users’ terminal by the network operator or service provider;

• Downloaded over the air, at the user’s request or automatically by the network – much as today, where many World wide web service providers upgrade one’s software or databases during a session; and

• Supplied on media such as DVD or CD-ROM.

Smart Antennas:- Smart antennas react intelligently to the received broadcasting signal, continually modifying their parameters to optimize the transmitted and received signal. This grants them to:

• Increase coverage and capacity by reducing interference between adjacent mobiles;

• Offer space division multiple access, where frequencies are assigned on a per-mobile rather than a per-cell basis allowing vastly increased capacity; and

• Enable individual location in space, allowing the introduction of advanced location based services.

Broadband Satellite Systems:- Several broadband satellite systems are also planned for deployment in the post-2002 timeframe to offer data rates beyond 2Mb/s and into the Gigabits domain. Some of these systems might offer compatibility with UMTS service concepts using satellite frequency allocations in the 20-30 GHz range. The stipulations of the terminal equipment and higher power consumption will necessitate larger size transportable or fixed terminals or smaller electronic components.

CONCLUSIONS:-

UMTS appears to offer significant benefits to individualized and commercial endeavors. Technologies are being place in place to bring it into the mobile community. A phased introduction of UMTS hardware and services with coverage, ability and number of operators growing over time. This phased introduction ensures primeval availability of services to users while reducing risks for UMTS operators and manufacturers.

UMTS must be capable of co-existing and working with existing second-generation mobile communications technologies so that operators can select to reuse their existing infrastructure assets and expertise. Global availability of UMTS servers will be ensured by providing for roaming between members of the IMT-2000 family and handover between GSM and UMTS. A number of technologies are required, in addition to the broadcasting interface on which so much focus has been put recently. Even though most current attention is focused on the primeval years of deployment, UMTS is being defined with a view to the long term.

UMTS is a significant opportunity for manufacturers, operators, and content providers as a communications system and as a part of the greater information society. The vision of UMTS is as a customer-focused system, where customers include both network operators and end users. The challenge to the communications industry is to integrate the technologies needed for UMTS in a way which supports this goal and thereby transforms the vision for UMTS into reality.

Website Designing with Innovation

In the contemporary world which is simply loaded with technical knowhow that is growing by leaps and bounds, one is bound to get noticed only when one is one-of-a-kind in terms of style and presentation. One should also try to get a one-of-a-kind look and feel for their company. That is how they would be healthy to make a mark on the customer’s mind and would thereby be healthy to get the much needed attention of the client. It is here that the importance of web designing companies comes into picture because these companies comprehend that any organization’s website is the biggest marketing tool and therefore it should have some distinct commercial strategies acquirable to trigger of the understanding of their projects and also to give them a one-of-a-kind standing from the hoards of crowd.

It is to be understood that most of the time designing aspect is not the forte of business owners. Whatever they might find appealing could possibly be not that commercially acceptable. They might just be healthy to show their likings for a particular concept but if it sells in the market or is healthy to get the required business might not be assured. Thereby the website Design Companies come for assistance to wage technical knowhow to the novice businessmen. With the experience and the seasoning that they have in the particular field, they know what sells in the market and what would be healthy to attract the customer’s attention. Therefore for a successful business enterprise it is significant to use the services of such companies. The websites should be very appealing in terms of colors, graphics, content, and fonts etc. A good looking site is healthy to attract the attention of the audience and thereby gets more customers to the site. There should be clarity in the design format and the customer should be healthy to get the message that the web owners are trying to convey on the site. Though this is a very experimental field, but a good designer should have the experienced judgment power to evaluate what is the commercial viability of the project that he is undertaking, and would that be healthy to sell? Also it might be helpful to try some innovative designing techniques to make them stand apart from the crowd. Website Design Company therefore has a very important role to play. They not only have to get new business for their clients, but at the same time they have to keep trying innovative technological tools that can help to make their work stand a class apart. Judicious and creative innovation in this field does lead to enhancement, but care should be taken that this innovation happens in the right direction. That is where the discretion and experience of such companies come into foreplay.

Generate Higher Returns from Your Innovation Investments: 9 of 10

One way to establish market differentiation is through the introduction of innovative new products. Establishing that differentiation is one thing, but maintaining it is quite another. Here we have place together a ten part series on how to generate higher returns from your innovation investments.

From our series of highly informational articles, companies will learn: how to treat innovation as a cross-functional business process, how to align innovation execution and business strategy; how to create sustainable innovation; how to train your senior executives to successfully execute innovation initiatives; how to effectively manage process and project management; how to measure performance of your processes; how to ensure broad stakeholder buy-in; how to comprehend the importance of product roadmaps; how to wage the tools necessary for successful product innovation; and finally, how to ensure that portfolio management coincides with process management.

Here is one of the ten practices that leading innovators use to increase the payback from innovation spending: Providing the Tools Necessary for Successful Product Innovation.

Providing the Tools Necessary for Successful Product Innovation

Give your teams the tools they need to succeed. Once an organization commits to putting a process in place to manage and execute on innovation, there are a variety of tools that can help ensure successful adoption. One increasingly favourite way of enabling process adoption and adherence is the use of innovation management software.

Currently acquirable product innovation solutions offer a broad range of capabilities, including support for roadmapping, intent management, process automation, resource planning, and portfolio management. The ideal of these systems are typically valued because they:
1. Centralize business metrics and product data so that distributed development teams can have access to the same information.
2. Streamline communication and execution of the innovation process among cross-functional team members.
3. Save time by enabling reuse of data and encouraging knowledge-sharing crossways divisions and business lines.
4. Facilitate strategic decision-making by allowing senior executives to easily review and prioritize projects based on their projected value to the organization.

Glatfelter is a global producer of specialty papers and engineered products. The company’s offerings are used for everything from books and postage stamps to tea bags and flooring overlays. Glatfelter’s critical business challenges included commoditization of core product lines; declining product demand within traditional markets; pressure to speed creation of new products; and an escalating need to enter new markets.

Glatfelter responded by analyzing core aspects of its research and development strategies and practices. It was apparent that long-term growth and profitability would depend on creating new, commercially viable products with enduring customer appeal. The company selected to implement a new, better-defined innovation process, along with a technology solution that would automate that process and help Glatfelter’s executives prioritize innovation projects based on their potential value to the company.

When the system was introduced, there were almost 200 projects in the development queue. Through use of its new process and the supporting software, Glatfelter was healthy to allot more resources to the top ten most commercially promising innovation projects. In three years, the company reached a twenty-five percent reduction in average time-to-market; a fifty-five percent increase in new product success rates; and a 500 percent increase in the number of new products introduced. Most impressive of all, during that same period, fifty-three percent of Glatfelter’s total net income came from new products. The overall impact of the initiative was to make Glatfelter one of the largest and most diverse suppliers of specialty papers in the world.

Much like Glatfelter, other organizations are realizing as much as forty to sixty percent more revenue and profit from new products than their industry peers. Yet, current studies indicate that more than half of senior corporate executives are dissatisfied with their organizations returns on innovation investments. To learn more about what sets these companies apart, look for the next article from our ten-part series: Ensuring that Portfolio Management Coincides with Process Management. We will additionally discuss the top practices that leading innovators use to increase their returns on innovation spending.