The industry is also unable to have proper maintenance and repairable management due to lack of a way of tracking the repairable. The tags have an attachment to objects and mobile devices, or some other fixed reading devices can have usage in reading those tags. Because of lack of power supply on the board the range of the read is very short. The costs reduction occurs in maintenance, overhaul efforts, and repair.
That leads to provision of incorrect inventory reports that lead to poor planning based on the wrong report of the inventory. New tag readers can read through metals, liquids as well as extreme weather conditions. They do not need to have to power by the electromagnetic field of the reader’ antenna as they have their power supply.RFID system in defense industry IntroductionRadio frequency identification (RFID) tags or electronic hips have usage in identifying and tracking objects for instance in store products, supply chain management, defense industry, etc. It also has usage ion tracking goods from vendors, military warehouses, and third-party logistics providers via the supply chain.Advances in RFIDInnovations in the design and the manufacture of RFID technology are an ongoing process, and there are several advancements coming up every day. In the defense industry, RFID is useful in ensuring that the defense forces acquire proper clothing as well as footwear for training or their active duty (Alien Technology, 2008). In the current RFID technology, there are four types of tags including passive, semi-passive, active and semi-active tags.
Thus, the RFID reader needs to consist of an RS-232 serial port and an antenna, or instead of the serial port it can have Ethernet jack. RFID electronic chips are becoming become a primary tool that is advancing the efficiency of the businesses and other sectors (Weinstein, 2005). There is also a new microprocessor architecture development called Chip Multi-Threading that enables simultaneous execution of many tasks more efficiently than traditional RFID microprocessors. Incorporating passive tags to some business processes helps in the automatic capture of data leading to efficient recording of material. Those tags absorb their energy when entering the electromagnetic field created by the reader’ antenna. Due to that they have longer ranges compared to passive tags. There is also the problem of making copies of items manually leading to many copies of files in the stores unnecessarily. There are peer-to-peer programming techniques applied to the RFID systems to decentralize computing task across several less powerful cooperating peers (computers).
There is the incorporation of RFID technology into the enterprise resource planning, corporate process management, business process management, and computerized maintenance systems.The RFID reader is in any of such forms as toll plaza in highway, pricing gun in a store, and so on. “The RFID tags are of two types,
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