# 2021 Seminar Memo 2nd
###### tags: `JLab`
[TOC]
#### 2022/01/12
G1(Lu):
* d8222104 Chenghong Lu
* TDL
* do the additional exp.
* revise the paper of TIM
* Future work
* verify the new program of the method (AI-enhenced KF)
* full body IMU mocap implementation (less than 1 meter)
* d8232103 Wei Guo
* TDL
* get AoA from CSI using MUSIC alg.
* buy NIC for exp.
* some questions and comments
* What does calibration mean and how is it done. Is there a reference.
* s1250021 Shunsei Yamagishi
* impl the eclipse calibration for M sensor
* TDL
* read PDR paper (IPIN)
* IPIN data for evl exp.
* the difinition of zero
* detection accuracy of the zero speed point
* error analysis for diff filter th
* measurement the error rate for different paths
* some questions and comments
* RMSE
* Magnetic calibration
* dead reckoning
#### 12/2
G1(Lu):
* d8222104 Chenghong Lu
* TDL
* do the additional exp.
* revise the paper of TIM
* Future work
* verify the new program of the method (AI-enhenced KF)
* full body IMU mocap implementation (less than 1 meter)
* d8232103 Wei Guo
* TDL
* get AoA from CSI using MUSIC alg.
* buy NIC for exp.
* some questions and comments
* What does calibration mean and how is it done. Is there a reference.
* s1250021 Shunsei Yamagishi
* impl the eclipse calibration for M sensor
* TDL
* read PDR paper (IPIN)
* IPIN data for evl exp.
* the difinition of zero
* detection accuracy of the zero speed point
* error analysis for diff filter th
* measurement the error rate for different paths
* some questions and comments
* In the results section of Experiment 1, a large part of it was stationary, so the results were good.
* How to synchronize between systems.
* How to get the true values.
* In order to verify the results, do we need to use an optical system (vicon).
#### 11/17
G1(Lu):
* d8222104 Chenghong Lu
* TDL
* do the additional exp.
* revise the paper of TIM
* Future work
* verify the new program of the method (AI-enhenced KF)
* full body IMU mocap implementation (less than 1 meter)
* d8232103 Wei Guo
* TDL
* get AoA from CSI using MUSIC alg.
* buy NIC for exp.
* some questions and comments
* What does calibration mean and how is it done. Is there a reference.
* s1250021 Shunsei Yamagishi
* impl the eclipse calibration for M sensor
* TDL
* read PDR paper (IPIN)
* IPIN data for evl exp.
* the difinition of zero
* detection accuracy of the zero speed point
* error analysis for diff filter th
* measurement the error rate for different paths
* some questions and comments
* In the results section of Experiment 1, a large part of it was stationary, so the results were good.
* How to synchronize between systems.
* How to get the true values.
* In order to verify the results, do we need to use an optical system (vicon).
G2(Chen):
* m5242106 Hongbo Chen
* respond the ICMI paper
* tested the new idea
* TDL
* slide number
* add units
* clarify your contributions
* what, why, how
* m5241146 Yuto Shoji
* TDL
* exp. design (show me)
* sys verify with self data
* data collection for offline evaluation (CSI+IMU)
* m5242119 Yuting Tang
* extract the hand skeleton (MediaPipe)
* TDL
* try on the sign dataset
* try with CNN or LSTM
* read related works
* slide
* s1260244 Yuriya Nakamura
*
* TDL
* read paper (HAR, RGB-D, sign language)
* test ST-GCN on the sign dataset
* s1260223 Tsukasa Nagata
*
* TDL
* impliment the test system with GA on Nikke data
* summary the related works into slides
* m5251121 Kinemuchi Shun
* PCA/kNN
* TDL
* try PCA/kNN/DT sample code on some data
* slide
* 整形
* m5251122 KOZAKAI Misaki
*
* TDL
* ###given a reading out degree from the sensor, how to predict the degree of each joint
* regression problem
* Kosign data segmentation with SSD(Show me)
* m5251125 Xiaoyang Liu
* read the paper
* TDL
* skeleton detection on the dolls and robots (to follow paper on Nature Method)
G3(Miyada):
* m5251129 Daisuke Miyada
*
* TDL
* BNN (case study: Rock-paper-scissors)
* Wi-Fi-->Unity
* m5231147 Tsubasa Endo
* input coordination data of desktop to Unity
* TDL
* slide
* related work (features list up)
* experiment design
* PoC system implementation
* s1260196 Taisei Kodama
* get emotion
* TDL
* Impliment Mr.Wang system
* s1260141 Yuta Nomi
*
* TDL
* learn how to control motor car in Unity
* data collection with Joy-con with python, recognition (kNN) with python, visualization with Unity
* m5251123 Haicui Li
* finished the HCII
* TDL
* study on the toothbrush research
* slide
S3:
* s1270162 NAGAMINE Haru
* send me the paper (cat activity)
* TDL
* open dataset for the cat
* kaggle
* from the paper
* how to collect the cat HAR data
* learn the python
* HAR (human activity recognition)
* s1270199 SATO Kazuma
* hand mocap with Glove (sensor/camera)
* discuss with me
* s1270093 SAKASAI Ryoma
* HAR
* s1270129 IWAMOTO Tsubasa
* read the related paper 電磁石
* keywoard "haptic", **"indirect"**
* unity vr keyboard
* MYO
#### 11/10
G1(Lu):
* d8222104 Chenghong Lu
* TDL
* do the additional exp.
* revise the paper of TIM
* Future work
* verify the new program of the method (AI-enhenced KF)
* full body IMU mocap implementation (less than 1 meter)
* d8232103 Wei Guo
* TDL
* AoA to body coordination
* clear noise of CSI
* get AoA from CSI
* check the open data set for the exp
* s1250021 Shunsei Yamagishi
* impl the eclipse calibration for M sensor
* TDL
* read PDR paper (IPIN)
* IPIN data for evl exp.
* the difinition of zero
* detection accuracy of the zero speed point
* error analysis for diff filter th
* measurement the error rate for different paths
* some questions and comments
* In the results section of Experiment 1, a large part of it was stationary, so the results were good.
* How to synchronize between systems.
* How to get the true values.
* In order to verify the results, do we need to use an optical system (vicon).
G2(Chen):
* m5242106 Hongbo Chen
* respond the ICMI paper
* tested the new idea
* TDL
* slide number
* add units
* clarify your contributions
* what, why, how
* m5241146 Yuto Shoji
* TDL
* exp. design (show me)
* sys verify with self data
* data collection for offline evaluation (CSI+IMU)
* m5242119 Yuting Tang
* extract the hand skeleton (MediaPipe)
* TDL
* try on the sign dataset
* try with CNN or LSTM
* read related works
* slide
* s1260244 Yuriya Nakamura
*
* TDL
* read paper (HAR, RGB-D, sign language)
* test ST-GCN on the sign dataset
* s1260223 Tsukasa Nagata
*
* TDL
* impliment the test system with GA on Nikke data
* summary the related works into slides
* m5251121 Kinemuchi Shun
* PCA/kNN
* TDL
* try PCA/kNN/DT sample code on some data
* slide
* 整形
* m5251122 KOZAKAI Misaki
*
* TDL
* ###given a reading out degree from the sensor, how to predict the degree of each joint
* regression problem
* Kosign data segmentation with SSD(Show me)
* m5251125 Xiaoyang Liu
* read the paper
* TDL
* skeleton detection on the dolls and robots (to follow paper on Nature Method)
G3(Miyada):
* m5251129 Daisuke Miyada
*
* TDL
* BNN (case study: Rock-paper-scissors)
* Wi-Fi-->Unity
* m5231147 Tsubasa Endo
* input coordination data of desktop to Unity
* TDL
* slide
* related work (features list up)
* experiment design
* PoC system implementation
* s1260196 Taisei Kodama
* get emotion
* TDL
* Impliment Mr.Wang system
* s1260141 Yuta Nomi
*
* TDL
* learn how to control motor car in Unity
* data collection with Joy-con with python, recognition (kNN) with python, visualization with Unity
* m5251123 Haicui Li
* finished the HCII
* TDL
* study on the toothbrush research
* slide
S3:
* s1270162 NAGAMINE Haru
* send me the paper (cat activity)
* TDL
* open dataset for the cat
* kaggle
* from the paper
* how to collect the cat HAR data
* learn the python
* HAR (human activity recognition)
* s1270199 SATO Kazuma
* hand mocap with Glove (sensor/camera)
* discuss with me
* s1270093 SAKASAI Ryoma
* HAR
* s1270129 IWAMOTO Tsubasa
* read the related paper 電磁石
* keywoard "haptic", **"indirect"**
* unity vr keyboard
* MYO