Pinned Repositories
airplay-prototype
Airplay-ontable-prototype
AR-mirror
The patients with lower-limbs sensor loss usually have a hard time during the rehabilitation. They have no idea about where and what their feet are while walking. Thus, they always lower their head and focus their eyes on their feet, which exerts negative influence on their recover. So, I thought up a method using Hololens2 (Augmented Reality glasses) to enable the patient to see their feet's posture without looking down. The core part of the method is to measure the information of feet's posture and transmit to Hololens2. Firstly, I used pressure sensors to detect the Limb-posture on feet and one-chip computer STM32 to store and analyze the pressure information. Then, BLE(Bluetooth Low Energy) is applied to wireless transmit the pressure information to the Hololens2(The Augmented Reality Glass). In the Hololens2 part I designed an UI for users to connect with the BLE both in a way to press AR buttons and speak out key words to control. In order to refine the view in Hololens2, I scanned the feet model of mine and imported it into Unity to show the limb-posture in an intuitive way.
AR-RockclimbingHelper
SI559 AR mini
HAI-backend
Hiddendevices
js-e2e-client-cognitive-services
React (create-react-app) to analyze visual assets (images) with Azure Cognitive services.
MetaPlatformPrecenseHack
Multiplayer Game
NetDissect-Lite
Light version of Network Dissection for Quantifying Interpretability of Networks
TourGuideHelper
sssxrf's Repositories
sssxrf/MetaPlatformPrecenseHack
Multiplayer Game
sssxrf/Airplay-ontable-prototype
sssxrf/AR-mirror
The patients with lower-limbs sensor loss usually have a hard time during the rehabilitation. They have no idea about where and what their feet are while walking. Thus, they always lower their head and focus their eyes on their feet, which exerts negative influence on their recover. So, I thought up a method using Hololens2 (Augmented Reality glasses) to enable the patient to see their feet's posture without looking down. The core part of the method is to measure the information of feet's posture and transmit to Hololens2. Firstly, I used pressure sensors to detect the Limb-posture on feet and one-chip computer STM32 to store and analyze the pressure information. Then, BLE(Bluetooth Low Energy) is applied to wireless transmit the pressure information to the Hololens2(The Augmented Reality Glass). In the Hololens2 part I designed an UI for users to connect with the BLE both in a way to press AR buttons and speak out key words to control. In order to refine the view in Hololens2, I scanned the feet model of mine and imported it into Unity to show the limb-posture in an intuitive way.
sssxrf/AR-RockclimbingHelper
SI559 AR mini
sssxrf/HAI-backend
sssxrf/js-e2e-client-cognitive-services
React (create-react-app) to analyze visual assets (images) with Azure Cognitive services.
sssxrf/NetDissect-Lite
Light version of Network Dissection for Quantifying Interpretability of Networks
sssxrf/TourGuideHelper