Abstract:
The Wireless Medical Telemetry Services (WMTS) band has been established by the FCC in the United States for transmission of data related to a patient's health, and simil...Show MoreMetadata
Abstract:
The Wireless Medical Telemetry Services (WMTS) band has been established by the FCC in the United States for transmission of data related to a patient's health, and similar reserved channels exist for life-critical communications throughout the world. However, transmissions in the WMTS band are severely hampered by interferences from adjacent digital television channels, and due to non-uniform access priority, as this band is also shared by utility telemetry and government installations. In this article, we propose the use of cognitive radio technology to dynamically utilize the WMTS frequencies based on the activity patterns of the high priority users, and the quality of service constraints of the patients' data, while ensuring protection to existing higher priority transmissions and the safe operation of sensitive medical equipment. The priority users here are utility telemetry transmissions in certain portions of the WMTS band, government run radar sites, and legacy medical telemetry equipment without cognitive radio capability. We provide the first measurements on the complete WMTS spectrum activity at two major hospital locations in the Boston area, and outline an optimization framework that assigns frequency and transmission power jointly in this setting. The article also discusses the current state of the art and the major challenges in the implementation of this new cognitive radio assisted medical telemetry paradigm.
Published in: IEEE Wireless Communications ( Volume: 19, Issue: 4, August 2012)
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- IEEE Keywords
- Index Terms
- Cognitive Networks ,
- Cognitive Radio ,
- Medical Telemetry ,
- Medical Devices ,
- Service Quality ,
- Transmission Power ,
- Usage Patterns ,
- Optimization Framework ,
- Operation Of Equipment ,
- Data Constraints ,
- Boston Area ,
- Sensitive Equipment ,
- Digital Television ,
- Electronic Health Records ,
- Fast Fourier Transform ,
- Current Source ,
- Exponential Distribution ,
- Base Station ,
- Electromagnetic Interference ,
- Radio Frequency Identification ,
- Drop In Quality ,
- Spectrum Allocation ,
- Assignment Of Spectra ,
- Priority Access ,
- Telemetry Devices ,
- Noise Floor ,
- Access Rights ,
- Infusion Pump ,
- Communication Paradigm
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Cognitive Networks ,
- Cognitive Radio ,
- Medical Telemetry ,
- Medical Devices ,
- Service Quality ,
- Transmission Power ,
- Usage Patterns ,
- Optimization Framework ,
- Operation Of Equipment ,
- Data Constraints ,
- Boston Area ,
- Sensitive Equipment ,
- Digital Television ,
- Electronic Health Records ,
- Fast Fourier Transform ,
- Current Source ,
- Exponential Distribution ,
- Base Station ,
- Electromagnetic Interference ,
- Radio Frequency Identification ,
- Drop In Quality ,
- Spectrum Allocation ,
- Assignment Of Spectra ,
- Priority Access ,
- Telemetry Devices ,
- Noise Floor ,
- Access Rights ,
- Infusion Pump ,
- Communication Paradigm