Showing papers by "Makoto Ando published in 2016"
Proceedings Article•
01 Oct 2016TL;DR: In this paper, a 60 GHz compact antenna module integrated with photodiode is proposed, and it is successfully demonstrated that the antenna beams of 1×8 and 2×4 arrayed modules can be remotely controlled by tuning wavelength of 60 GHz RoF signals.
Abstract: We propose a novel 60-GHz compact antenna module integrated with photodiode. The module is actually designed and fabricated, and it is successfully demonstrated that the antenna beams of 1×8 and 2×4 arrayed modules can be remotely controlled by tuning wavelength of 60-GHz RoF signals.
3 citations
1 citations
TL;DR: In this article, the main part of the paper has been published in Journal of The Japan Institute of Light Metals, 66 (2016), 180-184, and it is referred to as UACJ Trading (America) Co., Ltd., Ph. D.
Abstract: * 本稿の主要部分は,軽金属,66(2016),180-184.に掲載。 The main part of this paper has been published in Journal of The Japan Institute of Light Metals, 66 (2016), 180-184. ** UACJ Trading (America) Co., Ltd., Ph. D. *** (株)UACJ 技術開発研究所 第四研究部 No. 4 Research Department, Research & Development Division, UACJ Corporation **** (株)UACJ 技術開発研究所 研究企画業務部 Research Planning & General Service Department, Research & Development Division, UACJ Corporation 1.緒 言
1 citations
Proceedings Article•
01 Oct 2016TL;DR: In this paper, a 60 GHz-band compact photonic antenna module with a cavity antenna element and a photodiode as well as an optical fiber for RF power feeding is proposed.
Abstract: We propose and fabricate a 60 GHz-band compact photonic antenna module where a cavity antenna element and a photodiode as well as an optical fiber for RF power feeding are integrated. The operation of the fabricated photonic antenna is demonstrated, which is almost coincident to the simulation result.
1 citations
Patent•
27 Oct 2016
TL;DR: In this article, a human sensor is used to detect a mobile body (a user) during a sleep mode, when the user temporarily moves away from an image processor, and perform partial power-saving control during a running mode (an operation mode 2) for increasing an energy saving object.
Abstract: PROBLEM TO BE SOLVED: To reduce waste of electric power under respective states of a processing section, on assumption that the processing section shifts between a plurality of states with at least different power supply modes, when power supply to the processing section is controlled according to a detecting state of a mobile body.SOLUTION: A first human sensor 28 and a second human sensor 30 have basic functions to perform shift control to a standby mode (an operation mode 1) by detecting a mobile body (a user) during a sleep mode, when the user temporarily moves away from an image processor 10, perform partial power-saving control during a running mode (an operation mode 2) for increasing an energy saving object; and perform shift control to the sleep mode (an operation mode 3) by detecting no mobile body (no user) during the standby mode, the shift control being performed combined with shift control by a timer.SELECTED DRAWING: Figure 3