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Monitoring and Transmission via Wireless Network for an Assistive Device
Date Issued
2005-07-31
Date
2005-07-31
Author(s)
張璞曾
DOI
932213E002105
Abstract
Owing to the increasing number of disabled
individuals, technical aids are acting more aggressively in the
era of modern medicine. The M3S (Multiple Master Multiple
Slave) system developed for the physically challenged, utilizes
intelligent transmission and integration mechanisms to arrange
all hooked-up devices with proper control. To overcome
certain limitations of the system (e.g. distance), an RF (Radio
Frequency) wireless module would be in charge of the wireless
communication between a remote bus and a local bus. It is
demonstrated here as assistance for parking assistive vehicles
(e.g. powered wheelchair) located in a remote region, which
also includes monitoring and usage of accessorial data
transmissions shown in our man-machine interface.
individuals, technical aids are acting more aggressively in the
era of modern medicine. The M3S (Multiple Master Multiple
Slave) system developed for the physically challenged, utilizes
intelligent transmission and integration mechanisms to arrange
all hooked-up devices with proper control. To overcome
certain limitations of the system (e.g. distance), an RF (Radio
Frequency) wireless module would be in charge of the wireless
communication between a remote bus and a local bus. It is
demonstrated here as assistance for parking assistive vehicles
(e.g. powered wheelchair) located in a remote region, which
also includes monitoring and usage of accessorial data
transmissions shown in our man-machine interface.
Subjects
wireless control
assistive vehicles
SDGs
Publisher
臺北市:國立臺灣大學電機工程學系暨研究所
Coverage
計畫年度:93;起迄日期:2004-08-01/2005-07-31
Type
report
File(s)
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Name
932213E002105.pdf
Size
854.02 KB
Format
Adobe PDF
Checksum
(MD5):d5738675693e16ba43f7e96b1cfdc2b4