چكيده به لاتين
The development of wireless technologies in recent decades has led to a new paradigm called the Internet of Things. The Internet of Things was introduced as a concept for connecting objects or objects to the Internet. However, the IoT is believed to have a wide range of benefits in many IoT applications such as smart homes, healthcare, transportation, and the environment, and by achieving more efficient and effective monitoring and control, the IoT has a significant cost-cutting effect. Will have in the industry. The IoT is expected to bring innovations and benefits to the industryleading IoT concept. The IoT system allows industry to collect and analyze large amounts of data that can be used to improve the overall performance of industrial systems and provide a variety of services. In today’s typical configuration, the data distribution is quite rudimentary. Data generated using wireless communications is usually transmitted to a central network controller. The controller analyzes the received information and, if necessary, changes the behavior of the physical environment through actuators. However, centralized data routing, as well as the imposition of forward and backward data transmission on the network, may lead to very low and overhead communication paths, which in turn negatively affect overall network latency and energy efficiency. In this work, we examine and analyze the Internet of Things industrial objects. By introducing concepts and definitions in this field, we pay attention to the various works and works that have been done in this field. In the following, we introduce our proposed designs and in order to improve the performance of devices and IoT networks, methods to increase the life of the network are proposed. In the proposal, in order to increase the lifespan and implement the access delay limit, a group of proxy nodes are turned off, and in this way, the performance of the device and the network can be improved.
