In this era of Automation and also due to the approach of industrial revolution 4.0 there is an advancement in all of the fields and mostly in the electronics and sensors application. And also there is a demand of the industrial surveillance and as
well as safety and most of the Industries are using conventional based surveillance system for recording of the footage, and it is not very cost effective so in this research work, it describes the
surveillance based on raspberry pi zero w that is capable of sending the live footage directly to the webserver so that it can be viewed directly or it can be stored in a specified location for further usage. This research generally comprises of raspberry
used as a brain accompanied by a camera module that is used for monitoring the environment. This can be used in various industrial or non-industrial as well as domestic applications.
In this era of Automation and also due to the approach of industrial revolution 4.0 there is an advancement in all of the fields and mostly in the electronics and sensors application. And also there is a demand of the industrial surveillance and as
well as safety and most of the Industries are using conventional based surveillance system for recording of the footage, and it is not very cost effective so in this research work, it describes the
surveillance based on raspberry pi zero w that is capable of sending the live footage directly to the webserver so that it can be viewed directly or it can be stored in a specified location for further usage. This research generally comprises of raspberry
used as a brain accompanied by a camera module that is used for monitoring the environment. This can be used in various industrial or non-industrial as well as domestic applications.
This presentation introduces to the world of hardware everyone can use to get stated with Internet of Things (IoT) such as Arduino, Raspberry Pi and ESP8266.
ICCV19読み会 "Learning Single Camera Depth Estimation using Dual-Pixels"Hajime Mihara
第55回 コンピュータビジョン勉強会@関東 ICCV読み会の資料です。
"Learning Single Camera Depth Estimation using Dual-Pixels"について解説しております。
https://kantocv.connpass.com/event/148011/
As seen at Black Hat USA and DEF CON 27: Do you feel safe in your home with the security system armed? You may reconsider after watching a demo of our new hacking toolkit, ZigDiggity, where we target door & window sensors using an "ACK Attack". ZigDiggity will emerge as the weapon of choice for testing ZigBee-enabled systems, replacing all previous efforts.
ZigBee continues to grow in popularity as a method for providing simple wireless communication between devices (i.e. low power/traffic, short distance), & can be found in a variety of consumer products that range from smart home automation to healthcare. Security concerns introduced by these systems are just as diverse and plentiful, underscoring a need for quality assessment tools.
Unfortunately, existing ZigBee hacking solutions have fallen into disrepair, having barely been maintained, let alone improved upon. Left without a practical way to evaluate the security of ZigBee networks, we've created ZigDiggity, a new open-source pentest arsenal from Bishop Fox.
Our DEMO-rich presentation showcases ZigDiggity's attack capabilities by pitting it against common Internet of Things (IoT) products that use ZigBee.
This presentation introduces to the world of hardware everyone can use to get stated with Internet of Things (IoT) such as Arduino, Raspberry Pi and ESP8266.
ICCV19読み会 "Learning Single Camera Depth Estimation using Dual-Pixels"Hajime Mihara
第55回 コンピュータビジョン勉強会@関東 ICCV読み会の資料です。
"Learning Single Camera Depth Estimation using Dual-Pixels"について解説しております。
https://kantocv.connpass.com/event/148011/
As seen at Black Hat USA and DEF CON 27: Do you feel safe in your home with the security system armed? You may reconsider after watching a demo of our new hacking toolkit, ZigDiggity, where we target door & window sensors using an "ACK Attack". ZigDiggity will emerge as the weapon of choice for testing ZigBee-enabled systems, replacing all previous efforts.
ZigBee continues to grow in popularity as a method for providing simple wireless communication between devices (i.e. low power/traffic, short distance), & can be found in a variety of consumer products that range from smart home automation to healthcare. Security concerns introduced by these systems are just as diverse and plentiful, underscoring a need for quality assessment tools.
Unfortunately, existing ZigBee hacking solutions have fallen into disrepair, having barely been maintained, let alone improved upon. Left without a practical way to evaluate the security of ZigBee networks, we've created ZigDiggity, a new open-source pentest arsenal from Bishop Fox.
Our DEMO-rich presentation showcases ZigDiggity's attack capabilities by pitting it against common Internet of Things (IoT) products that use ZigBee.
주제 : AI를 이용한 외관검사프로세스의 트렌드
내용 :
● 일본의 제조업에서 공업제품 외관검사의 현실
● 공업제품의 AI 외관검사의 과제 및 해결방안
● 최근의 공업제품의 AI외관검사의 트렌드 및 주요 알고리즘의 소개
데모 사이트 : https://tomomiresearch.herokuapp.com/
Evaluation reports of various DC-DC converter products that are available in Japan. DC-DC converter is used to provide a stable output DC voltage to its load such as rechargeable battery. We have tested 5 types DC-DC converter samples which can be available in amazon.co.jp. As of 2016/12.
For more information, please visit the following site.
www.wireless-square.com
3. Tomomi Research Inc.
1. トランジスタのSpiceモデルを追加 :回路図に .Modelを記述
2016/8/12
回路図に .Modelを記述
DC sweep , V1 = 0 ~ 20 V , del =100m W
I1 = 0 ~30 uA, del = 3 uA
4. Tomomi Research Inc.
1. トランジスタのSpiceモデルを追加 :回路図に .Modelを記述
2016/8/12
回路図に .Modelを記述
NPN Transistor : Rhom 2SC1740s
5. Tomomi Research Inc.
1. トランジスタのSpiceモデルを追加 :回路図に .Modelを記述
2016/8/12
NPN Transistor : Rhom 2SC1740s
http://edge.rit.edu/edge/P07109/public/SD2_Ignition%20files/
New_ignition_ground/2sc1740s.pdf
6. Tomomi Research Inc.
1. トランジスタのSpiceモデルを追加 :回路図に .Modelを記述
2016/8/12
*はコメントを意味する。
Q2SC1740Sが名前になる。
+は継続行であることを示す。
ここにSpice parameterを記述