INTELLIGENCE MONITORING SYSTEM BASED ON ARM
AND INFORMATION FUSION

Abstract:
Along with the higher degree of electrical a...
Block Diagram:
Power
Supply

ARM 7
MAX
232

LCD
LPC2129
Micro
Controller

Temperature
Sensor
Humidity Sensor
Gas Sensor

H...
 Optimized performance.
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Intelligence monitoring system based on arm and information fusion

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Intelligence monitoring system based on arm and information fusion

  1. 1. INTELLIGENCE MONITORING SYSTEM BASED ON ARM AND INFORMATION FUSION Abstract: Along with the higher degree of electrical automation of electric equipment, it puts forward higher request for monitoring the intelligent control and parameter measurement precision, and puts forward new requirements for man-machine interface, data processing, network communication and the logical aspects. In electrical automatic on-line monitoring field of embedded system, the ARM has great advantage in multi-parameter acquisition .multi-level monitoring and networking .But the only fly in the ointment was that part of the ARM couldn’t directly connected with the Internet system, and it causes the inconvenience of remote monitoring system, aiming at the actual needs of the electrical equipment monitoring process control, this paper uses the ARM embedded technology and information fusion technology, designing a kind of high cost performance of electrical equipment monitoring system. Existing system: In the existing system, the automation system is based on low speed processors. Low speed is not useful always. There are many places where speedy acquisition becomes vital. Proposed system: In the proposed system, a Microcontroller based on ARM7 architecture is used. The Microcontroller is LPC2129. The sensors such as temperature, Gas and humidity are interfaced to the Microcontroller. These values are measured and the measured values are transmitted to the PC section through serial protocol. The received values in PC are uploaded in the internet. Since ARM processors are high speed processors the speed of operation is very faster that it becomes very helpful in real time.
  2. 2. Block Diagram: Power Supply ARM 7 MAX 232 LCD LPC2129 Micro Controller Temperature Sensor Humidity Sensor Gas Sensor Hardware requirements:  ARM7 LPC2129 Microcontroller with Power Supply  Temperature sensor  Humidity sensor  Gas sensor  Max 232  LCD  PC with .net Software requirements  Embedded c  Keil C Compiler  VB .NET Advantages  Improved real-time monitoring.
  3. 3.  Optimized performance.

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