System Performance

Spring Validation Demo System Performance

Our overall system performance for Spring Validation Demo and Encore is as shown below:

Performance RequirementPerformance Evaluation
PR1The system shall receive and respond to the user within 5 secondsachieved: <= 2 seconds
PR2The system shall localize in the pre-mapped environment within 5 cmachieved: within 10 cm
PR3The system shall collect medical supplies with a success rate of over 80%achieved: 84%
PR4The system shall plan its path in less than 5 seconds and navigate to its destination with a maximum speed of 0.3 m/sachieved: 0.6 m/s
PR5The system shall deliver medical supplies to the operating room within 5 minutesachieved: 2 minutes
PR6The system shall inspect 10 unique items with an accuracy of 2 item counts for the LOW segmentachieved: 100% accuracy via weight-based inspection
PR7The system shall update the global inventory knowledge base at most every 12 hoursachieved: real-time inventory knowledge​

Fall Validation Demo System Performance

Overall, the system demonstrated consistent and reliable performance during testing, meeting the expectations set for its operation. While there were areas that could benefit from further optimization, the results generally validate the robustness and efficiency of the system in handling the tasks it was designed for.

The table below summarizes our system performance for Fall Validation Demo and Encore:

Test CaseRequired Success RateRequired TimeTotal tests ConductedSuccessful TestsSuccess RateAverage Time
Delivery/Retrieval80%5 min201680%3 min
Restocking80%3 min504896%2 min
Combined
(4 restocking + 1 delivery)
80%23 min121192%12 min

Overall Subsystem Performance

SubsystemDescriptionSuccess rate
Suction Pose GenerationSuccess rate of generating feasible suction pose88%
Motion PlanningSuccess rate of planning a path to a given pose without collision90%
Scene UnderstandingSuccess rate of detecting all items in a scene80%
NavigationSuccess rate of reaching a goal pose within an error bound of 5cm95%

We have tested our subsystem-level pipeline rigorously, all achieving 80%+ success rates, as depicted above.