In this project, the senior level communication course has required to meet a combined process in MATLAB simulation with Telecommunication Instruction Modeling. The discussion has mainly based on the project that has done by the author in the university. The project has assigned different role which is mainly related to MATLAB simulation. Initially, experiments have done in the senior communication course level. The learning has further helped to make a proper idea about wireless communication and its appropriate usage in different places. Next, the author has instructed to experience real-life examples that can be helpful to understand these styles in more specific way. Developing, implementation and examining have done to make an idea about real-world communication hardware system. In this process existing signals have used including demodulated audio for local broadcasting. Knowledge of the participants has increased as the author can understand and accessed more detail knowledge about modulation and demodulation process that has carried out in this process. Coding on MATLAB simulation has carried out different concepts with the support of previous Capstone project. In order to make a joint outcome MATLAB simulation has done with the TIMS system.
This project was conducted by the author in the years of Master's Degree where testing of engineering skills was the main chapter. As a student of Telecommunication Field Engineering here duties were entrusted with the author to establish an effective channel in Ship satellite Antenna. In order to meet all outcomes successfully, the responsible person has made a plan with which it has further developed the stages of effective controlling. Primarily, a tracking system has implemented in this process in order to access efficient control strategy. In addition to this, a fault tolerant control has accessed in order to make the system free from errors. In the control strategy, the author has analyzed the need of fault detector system. In order to meet this criterion, the author has designed a strong system that in order to design the system more accurate and specific at the time. Fault-Tolerant Control system has managed and monitored with fault tolerant control process. In the next part, the tasks are moved to make a proper estimation to denote the class of nonlinear system. Moreover, the testing process has also analyzed to determine the ability of this system in case of handling specific faults. As if the capability of this system and nature of it in case of external disturbances. Fault diagnosis solution has improvised through a process of verification of that particular method.
In this project, the author was responsible to evaluate and analyze the thesis to determine on combined process of Echo cancellation and suppression. In the first part of this project, the author has to develop ways that can be used to dominate the echoes and clear complexity with the help of spectral modification system. Moreover, in this part, relevant theories have applied in order to make the process more accurate and based on rules. Cancellation has done on the low-frequency level echo substances with implementing the process AEC. In contrary, Suppression of high frequency has also made with Perceptual Acoustic Echo Suppression system. Virtual perceiving on quality and of a band AEC applied to access a simple but highly working Hybrid system for this purpose. Computational complexions have explained with AEC process in the final section of this project.
5 Broadgate Cir
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