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5. Conclosion and future works This paper used to stream video from mobile device to PC. The difference in platforms affects on the communication process comparing with system with homogeneous platforms. Nevertheless, this affect is negligible in terms of streaming delay due to the high computation capacity. Five experiments have been performed to measure the effect of increasing bandwidth on the streaming process. Five measures have been chosen to measure the streaming process, these measures are (video Jitte, frame Latency, Network Throughput, PSNR, and CPU usage).

Figure 7 5. Conclosion and future works This paper used to stream video from mobile device to PC. The difference in platforms affects on the communication process comparing with system with homogeneous platforms. Nevertheless, this affect is negligible in terms of streaming delay due to the high computation capacity. Five experiments have been performed to measure the effect of increasing bandwidth on the streaming process. Five measures have been chosen to measure the streaming process, these measures are (video Jitte, frame Latency, Network Throughput, PSNR, and CPU usage).

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Table 1: sender device properties A. Sender Side: the sender device properties are listed in table 1 below.
Table 1: sender device properties A. Sender Side: the sender device properties are listed in table 1 below.
The application is quite simple in term of use. You just need to connect it online and give it an IP address and port number then start the streaming process. The packets are sent using RTP protocol over UDP form the sender to the receiver. The sender side snapshot illustrated in figure 1 below. Figure1. Sender Side snapshot. Form previous figure you can note that there are four liens in bottom most side of the screen, the first one represents the socket which usually written in the form of [IP: Port], the IP is of Version 4. The next line represents the socket in form of IPv6. The third line represent the URL of the program owner, and the last line represent the number of connections or receiving devises which is 1.
The application is quite simple in term of use. You just need to connect it online and give it an IP address and port number then start the streaming process. The packets are sent using RTP protocol over UDP form the sender to the receiver. The sender side snapshot illustrated in figure 1 below. Figure1. Sender Side snapshot. Form previous figure you can note that there are four liens in bottom most side of the screen, the first one represents the socket which usually written in the form of [IP: Port], the IP is of Version 4. The next line represents the socket in form of IPv6. The third line represent the URL of the program owner, and the last line represent the number of connections or receiving devises which is 1.
Table 2: Receiver Device Properties The device supplied with Python PyCharm Community Edition 2024.1.1 it runs on top of python 3.7 interpreter. This receiving process is done as the algorithm in figure 2 illustrates.
Table 2: Receiver Device Properties The device supplied with Python PyCharm Community Edition 2024.1.1 it runs on top of python 3.7 interpreter. This receiving process is done as the algorithm in figure 2 illustrates.
First of all, the receiver must initialize the application one of the important things that must be set is the IP address and the port number. The IP represent the address of the destination while the port number represent the process number at the destination machine. After that the receiver still receive video frames and display them on the screen. This process terminated when the sender stops packet sending, see figure 2.
First of all, the receiver must initialize the application one of the important things that must be set is the IP address and the port number. The IP represent the address of the destination while the port number represent the process number at the destination machine. After that the receiver still receive video frames and display them on the screen. This process terminated when the sender stops packet sending, see figure 2.
Table 3: Experiment Result As Table 3 clarify, network bandwidth significantly affects the system behavior.
Table 3: Experiment Result As Table 3 clarify, network bandwidth significantly affects the system behavior.
You can note that the jitter, which represent the loss of frames during transmission, decreases as the bandwidth increases see figure 3.
You can note that the jitter, which represent the loss of frames during transmission, decreases as the bandwidth increases see figure 3.
Figure 4. Streaming Frame Latency On the other hand, the latency decreases as the bandwidth increases. This is logical because the network can transfe1 more data as the bandwidth increases see figure 4.
Figure 4. Streaming Frame Latency On the other hand, the latency decreases as the bandwidth increases. This is logical because the network can transfe1 more data as the bandwidth increases see figure 4.
CPU utilization also increases as the bandwidth increase. This is logical due to the need of more computation as more frames received see figure 7.
CPU utilization also increases as the bandwidth increase. This is logical due to the need of more computation as more frames received see figure 7.
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Real Time Streaming Protocol
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