This thesis introduces the characteristic and system structure of the wireless transducer network， as well as the analysis，starting off with emphasis from the basis principle of the design of wireless transducer network， of some key issues of the research on wireless transducer Under the conditions of war， the environment of the battlefield is complex and erratic and risk factors are endless， yet accurate grasp of the battlefield circumstances is a vital support for the commander to make correct military The currently available artificial reconnaissance requires harsh condition，its speed of gethering intelligence is low，the cycle time is long，effective time is poor， affected by man-made factors and the perception of the result of reconnaissance is not It would be difficult to adapt to the future information-based's vast battlefield， and meet the demand， of information gethering and perception of the situation， under a all-weathers， multi-directions and complex electro-magnetic 4， Against this background， firstly，this thesis puts forward the battlefield environment monitoring system， using the wireless transducer network system as the foundation，to achieve real time environmental monitoring and control，which cannot be performed under the condition of war， the targets include the monitoring and controlling of temperature， intensity of light， sound signals and so This thesis， through battlefield environment to synthesize the overall analysis of monitoring and controlling systems，and has established a network model with dividing layers，and has also carried out the design on each layer of the model，which is directed against different monitoring and controlling targets，and is suitable for use in battlefield This thesis has focused on the research of this monitoring system's hardware technology of sensoring nodes and design， according to the hardware's structural system of wireless transducer's nodes， nodes' treatment equipment model block，wireless communication model block，sensoring model block and energy supply model After fully considered the complexity of battlefield transmission environment， this thesis simultaneously provides a specified theory research foundation， for the design and realization of synthesization of battlefield environment monitoring system，to make comparison，design and analysis of the nodes' structure， starting from the demand for low energy consumption， miniaturization and so
