2010-08-012024-05-18https://scholars.lib.ntu.edu.tw/handle/123456789/704059摘要:為配合國科會九十七&#63886;十月「網&#63799;通訊國家型科技計畫」中&#64008;動無線接取技術之「毫米波Gigabit Wireless 技術」推展,本整合型計畫將提出「與IEEE 802.11 超高傳輸&#63841;標準相容之 60-GHz 低耗電無線模組及電&#63799;技術」,以整合國內相關研究,期能建&#63991;國人自&#64008;研發各項電&#63799;及關鍵元組件之能&#63882;。本跨校性整合型計畫含一項總計畫及七項子計畫,分由台大電資學院教授(七位)以及中山科學研究院電子研究所所長,組長,工程師(三位)及元智大學教授(一位)共同合作,其主要研究內容涵蓋高整合&#64001;與低耗電&#63870;的60-GHz Gigabit Wireless 系統晶片 (SoC) 與系統構裝(SiP),並研究與IEEE 802.11 高傳輸&#63841;標準相容之毫米波Gigabit Wireless 無線通 訊系統之應用,以展示其超高傳輸&#63841;的接收、發射之功能。<br> Abstract: The purpose of this group research proposal is to integrate the related research effort in order to develop the technologies for all the key components of a 60-GHz gigabit wireless transceiver module in correspondence to the recent growth of the applications for high frequency wireless communication systems. This group research project consists of one main project and seven subprojects, which cover all the key component development and the related necessary techniques for analysis, design and system study. The members of this research team include seven professors from National Taiwan University, three senior research fellows from Cheng-Shan Institute of Science and Technology, and one professor from Yuan Ze University. After the development of these 60-GHz low-power consumption System-on-Chip (SoC) and System-in-Package (SiP), we plan to develop IEEE 802.11 VHT standard compatible gigabit wireless modules and demonstrate the millimeter-wave multi-gigabit transmit and receive functions.無線通訊關鍵元組件收發模組Wireless CommunicationKey and Devices ComponentsTransceiver Module與IEEE 802.11 超高傳輸率標準相容之 60-GHz 低耗電無線模組及電路技術-總計畫:與IEEE 802.11 超高傳輸率標準相容之 60-GHz 低耗電無線模組及電路技術(2/3)