自主智能服务器保护先进的安全措施,采用无线移动技术

Rajesh Kannan Megalingam, Vineeth Radhakrishnan, Deepak Krishnan Melepurath Unnikrishnan, Denny Chakko Jacob, Akhil Kakkanattu Sudhakaran
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引用次数: 4

摘要

在服务器机房、医院婴儿孵化器、煤矿、温室等情况下,温度的实时监测变得至关重要。在所有这些情况下,我们更喜欢一种温度传感器,它可以确保用户的安全,适当的报警条件,使用简单(用户友好),易于校准,体积小,重量轻,价格便宜且有效。该系统的目的是在场景温度超过临界值时提供有效的警报机制。周围环境每一时刻的温度变化都被输入到数据库中,并在这里由监控它的pc机进行处理。然后,如果参数超过临界值,可以初步校准,则在房间内打开警报,向当地负责人发出初步警告。如果没有适当的反应,允许温度上升,则通过无线调制解调器向责任人发出短信通知。也可以通过无线调制解调器向负责人发出紧急呼叫,并播放录制的声音。这样,警报机制就能有效地到达有关方面
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Autonomous Smart Server Guard for advanced safety measure using wireless mobile technology
Real-time monitoring of temperature has become crucial in cases like server room, incubators of infants in hospitals, coal mines, green houses etc. In all these cases we prefer a temperature sensor which ensures user's safety, proper alarming conditions, be simple to use (user friendly), easy calibrations, small and light weight, inexpensive and effective. The aim of this system is to provide an effective alert mechanism when the temperature of the scenario goes beyond a critical value. The temperature change in each instant of the surrounding is fed into the database and here it is processed by the pc, which monitors it. Then if the parameter goes beyond a critical value, which can be calibrated initially, an alarm is turned on in the room to give a primary warning to the person in-charge of the locality. If there is no adequate response and the temperature is allowed to rise, an SMS (Short Message Service) notification is given via wireless modem to the responsible person. An emergency call is also made to the responsible person via the wireless modem and a recorded voice is played. This way the alert mechanism reaches effectively to the concerned
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