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Most of the outsourcing contracts in Asia are finding their way to India. The Indian animation industry can be divided into Multimedia Design, Multimedia Presentation, Multimedia Solutions, 3D Animation, Flash Animation, Adult Animation, Medical Animation, Animation Cartoons, Cartoon Animation, Architectural Animation etc. The entire animation industry was estimated at $314 million in 2006, $494 million in 2008 and is expected to grow at a CAGR of 22 percent to reach $1 billion by 2012. So the animation industry is the most growing field in outsourcing.

Same as the above outsourcing industry the Gaming industry is also developing very fast. The global gaming market was estimated at $36 billion in 2008 and is expected to grow at CAGR of 10.5 percent to reach $53.6 billion by 2012. The outsourcing gaming industry can be divided into online games (massively multi-player online role playing games and casual games), mobile games, PC games and Console games. The Indian gaming industry was estimated at $50 million in 2006, $167 million in 2008 and is forecasted to grow at CAGR of 49 percent to reach $830 million by 2012. The overall size of the Indian gaming industry represents revenues from the consumer market, services market and revenues from non-development activities such as services rendered as technical support to international gaming companies.

There are many sites which provide outsourcing freelancing projects in above categories like TopProjectsHub.com, GetAFreelancer, Odesk, Guru, Elance etc. Who provides outsourcing services to both the freelancer as well as the service provider. Among these sites the site TopProjectsHub.com is the one of the good site because of their new concept of buying freelancers information, which decreases the competition at very low level. And also increases service providers chances of wining the bid on the outsourcing project.

We would like to suggest you register free on TopProjectsHub.com and get the opportunity to work on outsourcing projects. TopProjectsHub.com is an outsourcing portal dealing in contact details.

Computer-based instruction and educational activities have been a part of high school level curricula for some time, but the primary grades have adopted these techniques a little slower. However, the adoption of technological learning activities will increase sharply over the next few years. Experts disagree on the single most important driving factor, but there are clearly a number of distinct advantages to computer-based learning activities over more traditional educational activities. Here are five of the most important.

The pace of instruction concerns everyone involved in the development of educational activities. Parents often worry about their child being either left behind or held back by the performance of the other students in the classroom. Teachers using traditional learning activities have trouble progressing some of the students in a classroom if not all are ready. Computer-based educational activities assist here by allowing each student to learn at his or her own pace. One student can move onto more demanding educational activities before the rest of the class without disrupting anyone else’s learning. Simultaneously, another student can repeat certain learning activities as often as advisable.

Computer-based instruction can also enhance the relevance and quality of educational activities. This will often register as a prime concern for parents and students. Collaborating with an appropriate site for learning activities will provide the school district or classroom teacher with a wealth of choices. With educational activities organized by grade level and covering a vast array of subject material, a valuable partnering site will empower the instructor with the ability to choose learning activities to target the students’ needs best. Further, if the site includes authoring tools, the teacher or parent may create new educational activities to address any under-served curricular areas. Additionally, a user community, if offered, may enable the sharing of learning activities far more easily than before. Providing instruction on the computer then helps foster increased relevance for the lessons involved.

To compete in today’s society, students need to achieve a much higher level of comfort and ease with technological tools. Today’s primary age students will find computers and technology dominating their workplaces to a greater degree than their parents or perhaps even their older siblings. Another advantage of learning activities on computers for our children then is that it teaches on multiple levels. Our students not only master the curriculum materials embedded in the learning activities, but also become more adept at using computers, which is also of value to them.

Finally, computer-based instruction can help lower the cost of our kids’ educational activities. Instead of buying multiple copies of a textbook for each subject matter area, schools can invest in computers and software to attend to all students. Many sites for learning activities can be accessed for a modest monthly fee. This one fee can then address an entire classroom’s needs across many curriculum areas at once, and therefore provide an economical way to provide educational activities. For these reasons, classrooms will feature computer-based instruction going forward.

A computer network is the practice of linking two or more computing devices together to exchange information. Networks are built with a mix of hardware
and software. This network is to share services and communicate via a communication link.

A computer network is very useful in a business. Most companies have over time more of a team and is often very beneficial to the network for all computers in the office. Local Area Network (LAN) equipment to your company. It’s about sharing and exchange different types of information as possible. If there are networks of computers, you hear these reasons.

There are different types of computer networks. A computer can be as simple as connecting two computers or a computer and a printer, or it can be very complex, connecting millions of computers and peripherals. Here is a list of different types of equipment.

The smallest type of network is a Personal Area Network (PAN). This type of computer network to connect a computer to a series of devices. These devices may include, but are not limited to, printers, PDAs and phones. Typically, these are very close to a computer. a Local Area Network (LAN) is a network of small geographical used. An example of this type is a computer network with two or more computers or computers that are connected to a workstation. A version of a LAN is a Wireless LAN (WLAN).

A Campus Area Network (CAN) is ideal for a university, but also occur in industrial plants. This type of computer network between computers in several buildings. This is usually used for bridging and routing. A Metropolitan Area Network (MAN) is a set of interconnected LANs and WANs, but will not extend certain restrictions, such as a city, town or city. Many of them operated in the public schools and used by companies and individuals in the region.

A Wide Area Network (WAN) is a step in a man what kind of computer network that crosses metropolitan or even national boundaries. The most popular WAN is the Internet. This computer network routers and public communications links used for data transport. Many WAN operated by private companies and limited, unlike the Internet. Although these species are the MAN network, computer users most of the other by the size of a Desk Area Network (DAN) on a very Large Global Area Network (GAN).