ASSESSOR’S NAME: STUDENT’S DETAILS First name: Last name: Email address: Lab Group: Date of assessment: SUB-SECTION MAX. SCORE NOTE FOR EACH COLUMN BELOW: I) FULL OR MAXIMUM SCORE IS GIVEN IF THE CRITERIA IS MET. II) PARTIAL SCORE IS GIVEN IF THE CRITERIA IS NOT FULLY MET. III) ZERO SCORE IS GIVEN IF THE CRITERIA […]
FIT3143 Assignment 2 Marking Guide Read More »
Project 2: Efficient Dense Matrix Multiplication This project weights 12.5% for your final grade (4 Projects for 50%) Release Date: October 11th£¬2023 (Beijing Time, UTC+08:00) Deadline: 11:59 P.M., October 27th, 2023 (Beijing Time, UTC+08:00) TA In Charge of This Assignment Mr. Yang Yufan for Parallel Program Implementation Mr. Liu Yuxuan for Profiling Prologue For the
CSC4005 2023Fall project2 Read More »
Project 1: Embarrassingly Parallel Programming This project weights 12.5% for your final grade (4 Projects for 50%) Release Date: September 22nd, 2023 (Beijing Time, UTC+8) Deadline (Submit on BlackBoard): 11:59 P.M., October 10th, 2023 (Beijing Time, UTC+8) As the first programming project, students are required to solve embarrassingly parallel problem with six different parallel programming
CSC3185: Introduction to Multimedia Systems, CUHKSZ Read More »
FIT3143 – ASSIGNMENT 2 ELECTRIC VEHICLE CHARGING GRID: OPERATED BY A DISTRIBUTED WIRELESS SENSOR NETWORK (WSN) Unit learning outcomes (LO) for this assignment: a) Design and develop parallel algorithms for various parallel computing architectures (LO3). b) Analyse and evaluate the performance of parallel algorithms (LO4). c) Apply technical writing and presentation to effectively communicate parallel
FIT3143 ASSIGNMENT 2 Read More »
Activity 1: 25 mins How is MPI Scatter different from MPI Broadcast? In addition, how is MPI Gather different from MPI Reduce? MPI Scatter MPI Broadcast Both involve one process sending all other processes data In code, both sending and receiving will run function ¡ñ The sending process will do sending portion ¡ñ The receiving
RANGE 100 #define SHIFT ROW 0 #define SHIFT COL 1 #define SHIFT DEP 2 #define DI Read More »
COSC3500/7502 Assignment : Parallel programming techniques Summary : The goal of this assignment is to implement three different matrix multiply functions for three different hardware configurations; the CPU (AVX/openMP), the GPU (CUDA), and a cluster of two nodes (MPI). The matrices are real-only square matrices. The performance of your matrix multiplication implementations will be benchmarked
COSC3500 COSC7502 Assignment Parallel programming techniques Read More »
Please send the script codes or screen captures of the assignments below. The deadline is 1. 08. 2023. (D+20) 1. Declare an immutable struct customers that have names, addresses of street numbers, postcode numbers, email address, and phone numbers as its fields. 1. Create an instance of customers ; Sam lives in Feldsieper Str. 50G,
Homework 4 starter code dense data In this homework, we will implement an object detector from scratch. This assignment should be solved individually. No collaboration, sharing of solutions, or exchange of models is allowed. Please, do not directly copy existing code from anywhere other than your previous solutions, or the previous master solution. We will
Homework 3 starter code data dense data In this homework, we will use all the trick at our disposal to tune a classification network on supertux. We then make this classification network fully convolutional and solve a semantic labeling task (labeling every pixel in the image). This assignment should be solved individually. No collaboration, sharing
Homework 5 starter code In this homework, we will train a CNN to do vision-based driving in SuperTuxKart. This assignment should be solved individually. No collaboration, sharing of solutions, or exchange of models is allowed. Please, do not directly copy existing code from anywhere other than your previous solutions, or the previous master solution. We