Silicosis is a well-known occupational lung illness that is frequently found in silica dust-exposed industries like stone mining, sandblasting, quarrying, ceramics, and other industrial jobs like grinding, oil and gas, brick- and pottery-making and berglass production. It is frequently characterized by coughing and shortness of breath. It is sporadically linked to tumors, tuberculosis (TB) and lung cancer-causing agents like mycobacterial infections, autoimmune illnesses, etc. One of the most common occupational diseases in the world, silicosis poses serious health risks to employees, especially in developing nations like India.

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Abstract. A novel strategy is proposed to manage the sleep of the nodes in the network so that energy can be conserved and network connectivity can be kept. The novelty of the strategy is its extreme simplicity. The existing Gossip Based Sleep Protocol (GSP) is extended to achieve network reliability through piggybacking. Piggybacking is a convenient and effective approach and has been successfully applied to several areas of the networking. In the proposed work, we will develop a sleep management protocol and network reliability for wireless sensor networks.Then the protocol will be extended to the synchronous network, where nodes manage their own mode (sleep or awake mode) independently..

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