Study on television white space in Indonesia

A. S. Arifin, Dimas Agung Prasetyo
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Abstract

The growing cellular customer resulting a hungry data traffic occurs around the world including Indonesia. The number of cellular user reaches 264.4 millions in 2015 which passes the total population, i.e. 259,1 millions people. Consequence of these phenomenon is the demand of traffic up to 700 peta byte with Compound Annual Growth Rate (CAGR) being 120%. Based on those data, spectrum scarcity could happen up to 500 MHz in 2020. There has been many techniques to solve the spectrum scarcity, i.e. technical approaches and regulation approaches. The technical approaches includes multiple input multiple output (MIMO), beamforming, relaying, frequency reuse, and high order modulation. The regulation approaches includes cooperative tower, spectrum sharing, and network sharing. There is a possibility to exploit spectrum used by broadcasting media, such as television (TV), using TV White Space. Television White Space (TVWS) takes an advantage the interleaved spectrum to deliver internet connection in specify area. Because of its coverage, TVWS can be expected to increase internet penetration in rural area.
印尼电视留白研究
包括印度尼西亚在内的世界各地都出现了不断增长的手机用户,导致了数据流量的饥渴。2015年移动用户数达到2.644亿,超过总人口2.591亿。这些现象的结果是流量需求高达700 peta字节,复合年增长率(CAGR)为120%。根据这些数据,到2020年,高达500 MHz的频谱短缺可能会发生。解决频谱稀缺性的方法有技术途径和监管途径。技术方法包括多输入多输出(MIMO)、波束形成、中继、频率复用和高阶调制。管制方式包括合作塔、频谱共享和网络共享。利用电视空白空间有可能利用广播媒体(如电视)使用的频谱。电视空白空间(TVWS)利用交错频谱在特定区域提供互联网连接。由于其覆盖范围,TVWS有望提高农村地区的互联网普及率。
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