بررسي چالشهاي همگرايي شبكه حسگر بيسيم و امنيت تكنولوژي تكامل بلند مدت

The Convergence of the Wireless Sensor Network and Security of Long Term Evolution TechnologyChallenges

We live in a world where telecommunications and e-commerce are visible in every corner of the world, and with the increasing influence of data exchange in life, there is a need for more data transfer speed and information at the least possible time. The fourth generation of long-term evolution technology and the wireless sensor network are two heterogeneous networks that use mobile terminals in machine-to-machine technology as sensor and transceiver nodes and a wireless sensor network in converging networks. In fact, it is a dual gateway that can use the capabilities of protocols of both networks of long-term evolution of the fourth generation and the wireless sensor network. The machine-to-machine network is used in the form of sensor nodes for this purpose, each node in thedata exchange with another node and finally the stationA central area for data processing and monitoring. In this regard, we find limitations in the fourth-generation technology of long-term evolution, which is the high consumption of the battery, which results in poor signal transmission. Charging and supplying energy to the wireless nodes through the embedded stations is proposed to generate or collect electromagnetic waves, which can lead to increased signaling power

We live in a world where telecommunications and e-commerce are visible in every corner of the world, and with the increasing influence of data exchange in life, there is a need for more data transfer speed and information at the least possible time. The fourth generation of long-term evolution technology and the wireless sensor network are two heterogeneous networks that use mobile terminals in machine-to-machine technology as sensor and transceiver nodes and a wireless sensor network in converging networks. In fact, it is a dual gateway that can use the capabilities of protocols of both networks of long-term evolution of the fourth generation and the wireless sensor network. The machine-to-machine network is used in the form of sensor nodes for this purpose, each node in thedata exchange with another node and finally the stationA central area for data processing and monitoring. In this regard, we find limitations in the fourth-generation technology of long-term evolution, which is the high consumption of the battery, which results in poor signal transmission. Charging and supplying energy to the wireless nodes through the embedded stations is proposed to generate or collect electromagnetic waves, which can lead to increased signaling power