MIT's Universal Low Power Radio Chip Mimics Human' Ear麻省理工學院的通用低功耗射頻芯片模擬物人類的耳朵
It could be hard to imagine what RF (Radio Frequency) technology can be linked to human ear.這可能很難想像，RF（射頻）技術，可與人的耳朵。 But the recent patent's idea submitted by MIT professor, Rahul Sarpeshkar and his graduate student, Soumyajit Mandal may clear your doubt.但最近的專利的想法提交的麻省理工學院教授，拉胡爾Sarpeshkar和他的研究生，Soumyajit曼達可以清除您的疑問。 The new patent disclosed an innovative idea on how to come out a powerful chip, which is based on software architecture design to efficiently process a wide range of RF spectrum, just like what can be accomplished by human inner ear.新的專利申報的創意就如何走出一個強大的芯片，它是基於軟件體系結構設計，有效地處理範圍廣泛的RF頻譜，就像可以通過人的內耳。
When the sound waves reach the cochlea in human ears, it generates mechanical waves which eventually activates electrical pulses to be sent to brain for further processing and analysis.當聲波到達人耳耳蝸，它產生的機械波，最終激活電脈衝發送到大腦作進一步處理和分析。 Sarpeshkar utilizes the same methodology to design a new analog RF Analyzer chip that can analyze and process a broad spectrum of RF signals in the earth including wireless technologies, cellular network, FM radios and many more. Sarpeshkar採用相同的方法設計一個新的模擬射頻分析儀芯片，可以分析並處理廣泛的射頻信號在地球包括無線技術，蜂窩網絡，FM收音機等等。
The chip is expected to be ultra low power, which is 100 times less than conventional spectrum analyzer equipment with super wide range, around million times more capable than human ears with fast detection and locking mechanism and more importantly, it will be measured at around 1.5mm X 3mm only, tiny enough to be embedded in any portable devices for enhanced capabilities.該芯片預計將超低功耗，這是100倍，比傳統的頻譜分析儀設備，超範圍，約萬倍，比人類的耳朵能快速檢測和鎖定機制，更重要的是，它將會被衡量約1.5只有毫米× 3毫米，小到可以嵌入任何便攜設備，增強其功能。
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June 8th, 2009 22:54 2009年6月8日22時54分
“…more importantly, it will be measured at around 1.5mm X 3mm only, tiny enough to be embedded in any portable devices for enhanced capabilities.” “...更重要的是，它將會被衡量大約只有1.5毫米× 3毫米，小到可以嵌入任何便攜設備，增強其功能。”
Should read; “…more importantly, it will be measured at around 1.5mm X 3mm only, tiny enough to be embedded in any cranium.”應改為“; ...更重要的是，它將會被衡量大約只有1.5毫米× 3毫米，小到可以嵌入任何頭骨。”