NIW获批案例分享：电信和智能计算中心运营领域杰出人才
微信:hkmydym 来源:www.niw.cc 作者:www.niw.cc
Ms. Yang intends to continue her work in the United States in the field of telecom and intelligent computing center operations.Her endeavors in this regard are of both substantial merit and national importance, as described below:
1. Ms. Yang’s proposed endeavor is of substantial merit: Ms. Yang efforts in telecom and intelligent computing center operations involved leading and managing the design and construction of core and global networks for the banking and telecom industry. Her current work deals with making sure that critical and efficient infrastructure is in place to support the immense computing power necessary for the next generation and era of artificial intelligence (AI). As a result, such work is clearly of substantial merit.
2. Ms. Yang’s proposed endeavor is of national importance: Ms. Yang’s research has significant national and international implications and prospective impact for the field of telecom and intelligent computing center operations, social science, the environment, and human health.
For example, according to the Global Computing Index 2022-2023, in terms of the 15 major countries in the world, the proportion of the AI computing power spending over total computing power spending increased from 9% in 2016 to 12%. In 2021, the initial estimate showed that the spending in 2022 accounted for 18%, which is expected to reach 25% in 2025. In terms of the global scale distribution of computing power, according to the data of the China Academy of Information and Communications Technology, the shares of the United States, China, Europe and Japan in the global scale of computing power in 2021 were 34%, 33%, 14% and 5% respectively. Among them, the United States and China are in the first echelon in global basic computing power, and the gap between China and the United States continues to narrow.
In the United States, the total business-class internet data traffic will reach 224 billion gigabytes in 2023, or approximately 2 exabytes. To put that figure in perspective, in 2020, business-internet traffic volume was set as 112 billion gigabytes, or half the value three years later. According to The Center for Advanced Computing Research, 2 exabytes is equivalent to 40% of all the words ever spoken by humans. American businesses are increasingly relying on business-class broadband internet to get work done. From storing precious company files to running entire e-commerce operations, a good business internet connection is essential for most enterprises today. Moreover, the US Telecom Market size is estimated at $443.12 billion in 2024, and is expected to reach $530.61 billion by 2029, growing at a CAGR of 3.67% during the forecast period (2024-2029).
Thus, the technological, business, scientific, industrial, commercial, and economic concerns which Ms. Yang’s work addresses and will address in the future have broad implications and benefits for the field of telecom and intelligent computing center operations. Through her sustained activities, these benefits will continue to resonate throughout her field and the United States. Therefore, Ms. Yang’s proposed endeavor is of national importance.
1. Ms. Yang’s proposed endeavor is of substantial merit: Ms. Yang efforts in telecom and intelligent computing center operations involved leading and managing the design and construction of core and global networks for the banking and telecom industry. Her current work deals with making sure that critical and efficient infrastructure is in place to support the immense computing power necessary for the next generation and era of artificial intelligence (AI). As a result, such work is clearly of substantial merit.
2. Ms. Yang’s proposed endeavor is of national importance: Ms. Yang’s research has significant national and international implications and prospective impact for the field of telecom and intelligent computing center operations, social science, the environment, and human health.
For example, according to the Global Computing Index 2022-2023, in terms of the 15 major countries in the world, the proportion of the AI computing power spending over total computing power spending increased from 9% in 2016 to 12%. In 2021, the initial estimate showed that the spending in 2022 accounted for 18%, which is expected to reach 25% in 2025. In terms of the global scale distribution of computing power, according to the data of the China Academy of Information and Communications Technology, the shares of the United States, China, Europe and Japan in the global scale of computing power in 2021 were 34%, 33%, 14% and 5% respectively. Among them, the United States and China are in the first echelon in global basic computing power, and the gap between China and the United States continues to narrow.
In the United States, the total business-class internet data traffic will reach 224 billion gigabytes in 2023, or approximately 2 exabytes. To put that figure in perspective, in 2020, business-internet traffic volume was set as 112 billion gigabytes, or half the value three years later. According to The Center for Advanced Computing Research, 2 exabytes is equivalent to 40% of all the words ever spoken by humans. American businesses are increasingly relying on business-class broadband internet to get work done. From storing precious company files to running entire e-commerce operations, a good business internet connection is essential for most enterprises today. Moreover, the US Telecom Market size is estimated at $443.12 billion in 2024, and is expected to reach $530.61 billion by 2029, growing at a CAGR of 3.67% during the forecast period (2024-2029).
Thus, the technological, business, scientific, industrial, commercial, and economic concerns which Ms. Yang’s work addresses and will address in the future have broad implications and benefits for the field of telecom and intelligent computing center operations. Through her sustained activities, these benefits will continue to resonate throughout her field and the United States. Therefore, Ms. Yang’s proposed endeavor is of national importance.
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