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The progress and next steps of an iot project implemented at psg college of technology, focusing on reinforcement learning based qos. Key achievements include the implementation of a pensieve mode for calculating qoe reward and selecting optimal bitrates, as well as insights gained from google congestion control algorithm. Challenges faced include issues with the dataset and lack of resources and documentation. Upcoming steps include deploying the ml model, optimizing parameters, and increasing model efficiency.
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● Implemented a pensieve mode that calculates the QOE reward and selects an optimal bitrate, Trained the model with a data set and Tested an arbitrary regression model. ● Got an insight on Google Congestion Control Algorithm and potential use case for implementation in the future ● Created a simple architecture to optimize resolution based on advanced bitrate calculations. Please refer the diagram and approve
● Issues with our dataset as some of the required parameters were missing. ● Deploying the ML model, training it and testing it. ● Lack of resources and documentation on required parameters.
● Build a model from scratch that implements our proposed architecture and try to implement the ml generated equation as the activation function. ● Investigate the optimization of parameters from our model. ● Work on increasing the efficiency of the model. ● Train and Test the model with a static data set. ● Deploy the model.
● Identified parameters and relevant dataset to be used for the Pensieve model and its implementation. ● Pensieve model supports bitrate calculations for static videos as they include the buffer in the dataset. ● The parameters of the Pensieve model and GCC algorithm don’t overlap since they have different functions by itself and that makes the integration of the two models impossible.