Design and implement a distributed application using C++ and BOOST, intended to run on a network...

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Design and implement a distributed application using C++ and BOOST, intended to run on a network of at least three interconnected computers (initially within the same LAN or virtual LAN). 1. Select a distributed algorithm: Choose a suitable distributed algorithm for implementation. ex) histogram equalization algorithm that accepts user-provided images and saves the resulting image file. 2. Define the control plane protocol: Create a protocol that manages communication and coordination among the networked computer nodes. This protocol ensures seamless interaction between the various resources involved in delivering the distributed service. 3. Develop the data plane protocol: Establish a protocol for communication between the user and the distributed application. This protocol facilitates tasks such as uploading large files from the user's node, storing them within the distributed application (ideally replicated across nodes), performing the requested operations, and returning the processed file to the user via the network. One approach is to maintain an open data plane socket, with heartbeats to sustain the connection and possibly a status update mechanism, followed by file uploads to the user. 4. Implement networked programs: a. Create a "leader" or "coordinator" program responsible for initiating and listening to "follower" or "worker" nodes. The leader node manages the registration of worker nodes for distributed service processing. b. Develop "follower" or "worker" node programs that connect to and register with the leader or coordinator as processing nodes for the distributed service. c. Consider this as a client-server paradigm distributed across the leader and followers. The client program connects to the leader node to request services and receive results. Design and implement a distributed application using C++ and BOOST, intended to run on a network of at least three interconnected computers (initially within the same LAN or virtual LAN). 1. Select a distributed algorithm: Choose a suitable distributed algorithm for implementation. ex) histogram equalization algorithm that accepts user-provided images and saves the resulting image file. 2. Define the control plane protocol: Create a protocol that manages communication and coordination among the networked computer nodes. This protocol ensures seamless interaction between the various resources involved in delivering the distributed service. 3. Develop the data plane protocol: Establish a protocol for communication between the user and the distributed application. This protocol facilitates tasks such as uploading large files from the user's node, storing them within the distributed application (ideally replicated across nodes), performing the requested operations, and returning the processed file to the user via the network. One approach is to maintain an open data plane socket, with heartbeats to sustain the connection and possibly a status update mechanism, followed by file uploads to the user. 4. Implement networked programs: a. Create a "leader" or "coordinator" program responsible for initiating and listening to "follower" or "worker" nodes. The leader node manages the registration of worker nodes for distributed service processing. b. Develop "follower" or "worker" node programs that connect to and register with the leader or coordinator as processing nodes for the distributed service. c. Consider this as a client-server paradigm distributed across the leader and followers. The client program connects to the leader node to request services and receive results. Design and implement a distributed application using C++ and BOOST, intended to run on a network of at least three interconnected computers (initially within the same LAN or virtual LAN). 1. Select a distributed algorithm: Choose a suitable distributed algorithm for implementation. ex) histogram equalization algorithm that accepts user-provided images and saves the resulting image file. 2. Define the control plane protocol: Create a protocol that manages communication and coordination among the networked computer nodes. This protocol ensures seamless interaction between the various resources involved in delivering the distributed service. 3. Develop the data plane protocol: Establish a protocol for communication between the user and the distributed application. This protocol facilitates tasks such as uploading large files from the user's node, storing them within the distributed application (ideally replicated across nodes), performing the requested operations, and returning the processed file to the user via the network. One approach is to maintain an open data plane socket, with heartbeats to sustain the connection and possibly a status update mechanism, followed by file uploads to the user. 4. Implement networked programs: a. Create a "leader" or "coordinator" program responsible for initiating and listening to "follower" or "worker" nodes. The leader node manages the registration of worker nodes for distributed service processing. b. Develop "follower" or "worker" node programs that connect to and register with the leader or coordinator as processing nodes for the distributed service. c. Consider this as a client-server paradigm distributed across the leader and followers. The client program connects to the leader node to request services and receive results. Design and implement a distributed application using C++ and BOOST, intended to run on a network of at least three interconnected computers (initially within the same LAN or virtual LAN). 1. Select a distributed algorithm: Choose a suitable distributed algorithm for implementation. ex) histogram equalization algorithm that accepts user-provided images and saves the resulting image file. 2. Define the control plane protocol: Create a protocol that manages communication and coordination among the networked computer nodes. This protocol ensures seamless interaction between the various resources involved in delivering the distributed service. 3. Develop the data plane protocol: Establish a protocol for communication between the user and the distributed application. This protocol facilitates tasks such as uploading large files from the user's node, storing them within the distributed application (ideally replicated across nodes), performing the requested operations, and returning the processed file to the user via the network. One approach is to maintain an open data plane socket, with heartbeats to sustain the connection and possibly a status update mechanism, followed by file uploads to the user. 4. Implement networked programs: a. Create a "leader" or "coordinator" program responsible for initiating and listening to "follower" or "worker" nodes. The leader node manages the registration of worker nodes for distributed service processing. b. Develop "follower" or "worker" node programs that connect to and register with the leader or coordinator as processing nodes for the distributed service. c. Consider this as a client-server paradigm distributed across the leader and followers. The client program connects to the leader node to request services and receive results.

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Designing and implementing a distributed application using C and Boost is a complex task that involves multiple components and careful consideration of network communication coordination and data mana... View the full answer