Technology is evolving at a rapid pace today. It is also changing the way we live our lives. Letters in envelopes and faxes are now replaced with e-mails. Hard-bound encyclopedia is an almost non-existent business. With the rapidly changing technological environment, an engineering school must adapt to these changes. This is apparent in Cornell University's College of Engineering which consistently ranks among the top ECE schools nationally. I like the emphasis of Cornell in the continuing development program of its faculty. The Teaching Excellence Institute is an excellent benefit that I would like to take advantage by becoming a student of a faculty that is already recognized as experts in their disciplines.
. At Cornell, the professors and students are working on these modern problems together. I know I'm still at the foot of the mountain in this journey but I am sure I can make a contribution to this effort with the right guidance and help from a world class research university like Cornell. In fact, with the one million-industry grant industry in network research supported by Verizon and Intel, Cornell will offer greater opportunities into making my ideas a reality. I am not just interested into creating efficiency in video network research. I want to create a universal network that is easily accessible to the common user. Whether it's in Antartica or the slums of the Philippines, I want everyone to be capable of connecting anywhere. The 3-g networks of At&t are a big step but they lack affordability and quality. Universal networking is already growing at increasing pace, but I believe Cornell is leading the pack. In fact, with the one million-industry grant industry in network research, Cornell will offer greater opportunities into wireless research. Though the grant is provided to create efficiency in video streaming, we can use their ideas to build into universal networking's foundations. In Cornell's approach to their network research, they want to create networks that support growing video traffic in the future. If we can create this kind of efficiency, we can build a faster network that supports a greater number of people. With this efficiency, networks will become cheaper for the common user. This is just a speck of what is available. We need to find ways to overcome wireless interference and efficiently increase the strength of the signal to reach the whole world. Satellites are a way to fix this problem. Yes, there are negative results to this idea. The only way to make universal networking work is to wipe out competition in the network market. But there are greater rewards. We can always find help anywhere because the signal reaches everywhere. There's also a possibility of using wireless energy to give unlimited battery life. Other ideas can still flow out from this concept and there is no limit to possibilities. I have read about the undergraduate research program of the school of engineering. It is no doubt that I will need spend a lot of time on research which is another compelling reason for me to enroll in Cornell. With their Co-op, I will be able get feedback from students and faculty and also share my ideas. The deep research into video networking at Cornell might help me solve these problems in universal networking.
. At Cornell, the professors and students are working on these modern problems together. I know I'm still at the foot of the mountain in this journey but I am sure I can make a contribution to this effort with the right guidance and help from a world class research university like Cornell. In fact, with the one million-industry grant industry in network research supported by Verizon and Intel, Cornell will offer greater opportunities into making my ideas a reality. I am not just interested into creating efficiency in video network research. I want to create a universal network that is easily accessible to the common user. Whether it's in Antartica or the slums of the Philippines, I want everyone to be capable of connecting anywhere. The 3-g networks of At&t are a big step but they lack affordability and quality. Universal networking is already growing at increasing pace, but I believe Cornell is leading the pack. In fact, with the one million-industry grant industry in network research, Cornell will offer greater opportunities into wireless research. Though the grant is provided to create efficiency in video streaming, we can use their ideas to build into universal networking's foundations. In Cornell's approach to their network research, they want to create networks that support growing video traffic in the future. If we can create this kind of efficiency, we can build a faster network that supports a greater number of people. With this efficiency, networks will become cheaper for the common user. This is just a speck of what is available. We need to find ways to overcome wireless interference and efficiently increase the strength of the signal to reach the whole world. Satellites are a way to fix this problem. Yes, there are negative results to this idea. The only way to make universal networking work is to wipe out competition in the network market. But there are greater rewards. We can always find help anywhere because the signal reaches everywhere. There's also a possibility of using wireless energy to give unlimited battery life. Other ideas can still flow out from this concept and there is no limit to possibilities. I have read about the undergraduate research program of the school of engineering. It is no doubt that I will need spend a lot of time on research which is another compelling reason for me to enroll in Cornell. With their Co-op, I will be able get feedback from students and faculty and also share my ideas. The deep research into video networking at Cornell might help me solve these problems in universal networking.