Intelligent network design for real time monitoring and management of data transmission in M2M environment

Today many users depend on the mobile devices such as smartphone. One of the key challenges that have been identified is the need to enhance the operation of data transmission using Long term evaluation. We present the pathBeam, a new active smart tool for evaluating the available bandwidth on a LTE network path, to address this requirement. The pathBeam Mechanism is used for uplink and downlink transmission modes in LTE. Beam is light frame data through columns, walls, and girders. We have created the simple network configuration model to understand how the LTE simulator computes with the traffic changes in the fourth generation network. We use pathBeam techniques to measure the available bandwidth and end-to-end data transmission using data transmission rate method. By rapidly increasing the Smart data rate within each beam, pathBeam obtains a rich set of information dynamically to estimate the available bandwidth on LTE network path. Therefore, by using pathBeam for available bandwidth measurements in LTE simulations, we can explore how the measurement accuracy of active scanning is affected by factors such as the smart and the computing of traffic on link.