minghongx / final-year-project

Mapless navigation with deep reinforcement learning, a student-specified project on neural computing, under the supervision of Dr @muratuney.

Geek Repo:Geek Repo

Github PK Tool:Github PK Tool

Demonstrations

test-algo-on-HalfCheetah.mp4
bench-inspection-demo.mp4
navi-cluttered-env.mp4

Immediately after the submission of the thesis, someone released a same project and the performance is far better than mine.

Assessment Results

Supervisor Assessor Mark
Specification N/A 60 60 (15%)
Interim Presentation 71 66 (Dr Alex Phillips stood in for Prof Jason Ralph) 69 (15%)
Bench Inspection 79 73 76 (15%)
Thesis (with one day late penalty) 85 - 5 81 - 5 78 (55%)
Overall N/A N/A 74

HoD Engineering Ethics Prize (Minghong Xu - 22.23)

Activity Diary

gantt
    dateFormat  YYYY-MM-DD

    Literature review: literature_review, 2022-10-1, 90d
    Interim presentation: milestone, 2022-12-13,

    section Preparation
    Implement SOTA algos: 2022-10-24, 50d
    Sanity test the algos on popular environments: test_algo, 2022-11-15, 28d
    Algorithms were ready : milestone, 2022-12-13, 0d
    Spawn a robot into a simulator: load_robot, after test_algo, 3d
    Program the training env: program_env, after load_robot, 37d
    Match the interface between algo and env: match_interface,after program_env, 7d
    Training in an empty env: traning_in_empty_env, after match_interface, 9d
    Trained a workable policy in an empty env: milestone, 2023-2-7,

    section First Attempt
    Set up an indoor environment filled with obstacles for training: setup_indoor_env, after traning_in_empty_env, 7d
    Tinker the reward function: after setup_indoor_env, 10d
    Training in a cluttered environment: training_in_cluttered_env, after setup_indoor_env, 14d
    Observable intelligent mapless navigation behaviour: milestone, after training_in_cluttered_env

    section Training-Evaluation Loop
    Set up another environment for evaluating the performance of trained policy: setup_devel_env, after training_in_cluttered_env, 7d
    Repeat training and evaluating: train_eval, after setup_devel_env, 2023-03-23
    Bench inspection: milestone, after train_eval

    section Bachelor's Thesis
    Collect figures: 2023-03-23, 8d
    Compose: 2023-03-23, 2023-04-18
    Edit and proofread: 2023-04-18, 2023-04-20
    Submitted: milestone, 2023-04-20

About

Mapless navigation with deep reinforcement learning, a student-specified project on neural computing, under the supervision of Dr @muratuney.

License:Creative Commons Attribution 4.0 International


Languages

Language:TeX 99.5%Language:Perl 0.5%