Technology is a progression In wireless technology. Wireless is not a new technology as wireless Internet are already In use; yet Globe technology set a new aspect In wireless technology. Gibe Is a low-cost, low power, wireless mesh network standard. The low cost allows the technology to be widely deployed in wireless control and monitoring applications. Low power-usage allows longer life with smaller batteries. This paper gives an overview of the Gibe Technology and covers n application of Gibe as “a part of a power reduction mechanism”.
Proposed design of standby power reduction has the host-agent structure and uses Gibe protocol that utilizes IEEE 802. 15. 4 standard as radio layer for communication between agents and hosts. Keywords- Gibe, Wireless Personal Area Networking (WPAD), Control Mechanism. Gibe Is a new low rate wireless network standard designed for automation and control network. Gibe Is an established set of specifications for wireless personal area networking (WPAD), I. E. Digital radio connections between computers and elated devices.
WPAD Low Rate or Gibe provides specifications for devices that have low data rates, consume very low power and are thus characterized by long battery life. Typically, about 5-10% of residential electricity in most developed countries and a rising fraction In the developing countries are consumed as standby electricity. Altogether, standby power use Is roughly responsible for 1% of global CO emissions. Gibe defines two layers of the OSI (Open Systems Interconnection) model: the Application Layer (PAL) and the Network Layer (NIL). Each layer performs specific set of services for the layer above.
The different layers communicate through Service Access Points (SAP). Gibe defines three types of devices: 1). Gibe Coordinator (CZ) 2). Get Router (ZERO) 3). Globe End Device (ZED) A proposed standby power control system consists of a Host and networked Agents. The Host is the brain of this system; various types of Agent, which are the home electrical appliances, communicate between each other through the Host. Function Design of Host technology. The other is to determine control commands (standby power isolation r connection) using the sensing information from the Agents.
Function Design of Agent Proposed Agent can be connected to consumer electronics as socket outlet form. To accomplish the tasks of the Agent, we have defined several modules. Modules of the Agent component are described below: a) Power module b) Communication module This module is added as a filter circuit between Gibe ICC (Integrated Circuit) and PC antenna to prevent noise sensing and hence to raise the reliability of wireless communication c) Sensor module Light and PRI (Passive Infra Red) sensors detect motion of the user. Additionally IR Infra Red) sensors are used to recognize remote control for controlling the electric device.
Light sensor acquires regional illumination. Other sensor such as temperature and humidity are added in the Agent according to demands. D) CPU module This module is used to apply Gibe protocol as communication technology. This module is used: To realize the low current consumption and Active/LAMP(Low Power Mode) status; To apply LAMP mode is used LAMP: Within short duration of time after communicating with Host, the Agent converts Active mode into LAMP mode for relatively longer period. LAMP mode is the Low Power Mode. The LAMP mode hence reduces the standby power consumption by the device.
Proposed mechanism uses the IEEE 802. 15. 4 based Gibe communication protocol between Host and Agents for sensing information and standby power control command transmission CURRENT RESULTS It is likely that Gibe will increasingly play an important role in the future of computer and communication technology. In terms of protocol stack size, Gibe is about one-third of the stack size necessary in other wireless technologies. The IEEE 802. 1 5. 4-based Gibe is designed for remote controls and sensors, which are very any in number, but need only small data packets and, mainly, extremely low power consumption.
In this paper, as application of Gibe we presented a Host-Agent based standby power control mechanism design. The main role of the Host is to manage entire control system and to generate control command. Agent sends the sensing information to the Host and controls standby power.