IEEE 2013: Implementation of Automatic Gas Monitoring in a Domestic Energy Management System
IEEE 2013 Transactions on Consumers Electronics
Abstract — A domestic energy management system foundation is an intelligent platform that integrates various provides effective positive behaviour change by offering end persuasive strategies in order to reason and represent energy users direct and ambient feedback based on their monitored feedback information to reach effect positive behavior changes. Energy consumption and experiences. DEHEMS, as a wide The DEHEMS project applies User Driven Innovation scale domestic energy monitoring and managing system (UDI)  as the basis for system development. Users differs from others by enabling real-time and historical participate early-on in the project to improve and refine the electricity monitoring and feedback. However, there is also a system design so that it achieves higher coherence and user requirement to be able to monitor and report domestic gas satisfaction. The five cities of Manchester, Birmingham and consumption in order to reason and represent more complete Bristol in the UK and Plovdiv and Ivanovo in Bulgaria form energy feedback information to achieve effect positive the Living Labs for the DEHEMS test bed. Living Labs are a behavior changes. In this paper, we present the gas network of EU-wide user groups that enable experimentation monitoring system in DEHEMS, that implements automatic and co-creation with real users in real life environments. Retrieval of gas readings. We describe how the system is In addition to the implementation of electricity monitoring at designed, integrated within the DEHEMS architecture, as well as its implementation and deployment
IEEE TRANSACTIONS ONADVANCED COMPUTER CONTROL (ICACC)
IEEE TRANSACTIONS ON BUSINESS MANAGEMENT AND ELECTRONIC INFORMATION
IEEE 2011: Design of a Wireless Medical Monitoring System
IEEE TRANSACTIONS ON COMPUTER AND MANAGEMENT
Abstract—This paper provides the design of a Medical Monitoring Terminal use C8051F021 MCU and CC2420 RF chip based on Zigbee technology. The Monitoring Terminal can detect the patient’s real-time body temperature, heart rate and other physiological information’s, and transmit them to the control center.