Generally the MNCC system has been providing better performance as compared to GSM.ĭesign and implementation of Remote Digital Energy Meter (RDEM) based on GSM technology The performance of the MNCC has been proven and investigated using computer simulations under different channels condition such as, Additive White Gaussian Noise (AWGN), Rayleigh noise and burst noise. In this paper, the MNCC system will provide Bit Error Rate (BER) equivalent to the BER for medical tele monitoring of physiological signals, which is 10(-5) or less.
#Adobe edge animate cc 2014.1.1 portable code#
MNCC design based on simple concatenated channel code, which is cascade of an inner code ( GSM) and an extra outer code (Convolution Code) in order to protect medical data more robust against channel errors than other data using the existing GSM network. A core objective of this paper is to introduce the design of a more reliable and dependable Medical Network Channel Code system (MNCC) through GSM Network. Without any other reliable network infrastructure, GSM can be applied for tele- monitoring applications, where high mobility and low cost are necessary. Global System for Mobile communication ( GSM) still playing an important role in many developing countries.
Long Term Evolution (LTE) coexisting with the 3(rd) generation (3G) has successfully started the 2(nd) generation (2G), i.e. Medical reliable network using concatenated channel codes through GSM network.Īlthough the 4(th) generation (4G) of global mobile communication network, i.e. It can monitor agricultural environment remotely and control related irrigation equipment at any time and place, and can better meet the needs of remote monitoring of farmland irrigation. Experiments show that the system has low power consumption, friendly man-machine interface, convenient and simple. The system detects and closes the pump and the electromagnetic valve according to the need of the system, and transmits the monitoring information to the host computer or the user’s Mobile phone through the GSM communication network. The system is composed of sensors, GSM communication module, ZigBee module, host computer, valve and so on. To solve the problems of low level of irrigation and waste of water resources, a remote monitoring system for farmland irrigation based on GSM communication technology and ZigBee technology was designed. Integration of this module with radiation survey/ monitoring device will create mobile and wireless radiation monitoring system with prompt emergency alert at high-level radiation.ĭesign of Remote Monitoring System of Irrigation based on GSM and ZigBee Technology It process all incoming SMS, extract, and store new configuration from Host, transmits alert/notification SMS when the radiation data reach/exceed threshold value, and transmits SMS data at every fixed interval according to configuration.
The firmware is responsible to handle task related to communication between device and host server. Microcontroller provides control for sending, receiving and AT command processing to GSM module. The module hardware consists of GSM module, voltage level shifter, SIM circuit and Atmega328P microcontroller. It provides two-way communication for data transmission, status query, and configuration setup.
#Adobe edge animate cc 2014.1.1 portable serial#
This module is able to receive serial data from radiation monitoring devices such as survey meter or area monitor and transmit the data as text SMS to a host server. Rahman, Nur Aira Abd Hisyam Ibrahim, Noor Lombigit, Lojius Azman, Azraf Jaafar, Zainudin Arymaswati Abdullah, Nor Hadzir Patai Mohamad, GlamĪ customised Global System for Mobile communication ( GSM) module is designed for wireless radiation monitoring through Short Messaging Service (SMS). GSM module for wireless radiation monitoring system via SMS
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