A brief introduction about the Embedded systems topics handled at Engibrain'z training and development institute, Bangalore.
for more queries drop a mail at support@engibrainz.com
This document summarizes the responsibilities of a Staff FAE (Field Application Engineer) position at Atmel Japan G.K. in Tokyo. The role involves providing hardware and software support for Atmel's 32-bit microcontrollers and microprocessors, as well as technologies like WiFi, Bluetooth, ZigBee, encryption, signal processing, touchscreens, and more. Key responsibilities include supporting distributors with Atmel products and technologies, as well as pre- and post-sales support for customers.
At the webinar you can learn to:
create projects in iRidium Studio, use sample GUIs
set up cameras and use gestures in your projects;
upload projects on different control panels;
work with HDL equipment: relays, dimmers (DMX, Dali interfaces);
set up shutter modules, climate and floor heating via DLP panel;
control Z-Audio.
More about iRidium 3.0 here http://www.iridiummobile.net/?utm_source=HDL%20webinar%20in%20Slideshare&utm_medium=HDL%20webinar%20in%20Slideshare&utm_campaign=HDL%20webinar%20in%20Slideshare
Will Hall discusses using Docker to help solve issues with IoT hardware development. Docker allows for scalable, easily distributable, and repeatable emulation of IoT networks locally or remotely, reducing barriers to entry and enabling development, testing, and demonstration. This helps address problems with supporting many devices, variants, and networks during development. Standards are also needed to allow industry collaboration in solving IoT challenges over the long product life cycles expected. While Docker at the edge is problematic, emulation with Docker can simulate large IoT networks.
This document provides an overview of TinyML and how to implement it using Edge Impulse and the Nano 33 BLE Sense board. It defines key ML concepts and discusses TinyML applications. It then explains the Edge Impulse platform for data collection, model training and testing, and deployment to microcontroller boards. Finally, it demonstrates a practical TinyML workflow using the Nano 33 BLE Sense board with Edge Impulse to collect sensor data and train, test, and deploy a model on the board.
Industrial Applications of Arduino using Ladder LogicRobocraze
This document provides an overview of using Arduino boards in industrial applications. It discusses the Arduino Pro series of boards including the Portenta H7, Edge Control, Nicla Sense ME, Nano 33 BLE, and MKR family. It then introduces ladder logic programming, the basics of how it works, and demonstrates it using an online IDE called IECuino. Circuit diagrams and programming examples for turning on an LED using buttons are provided to illustrate ladder logic programming with Arduino. The document concludes with information on asking questions.
Analog sensor design has never been so easy! This industrial smart sensor solution includes a unique software development environment enabling reconfigurable sensor and Smart IO-Link designs, using its IO-Link interface, to be start being realised in a matter of minutes.
An introduction to Sensa showcasing how it can be used to optimize TinyML & IoT Pipelines.
Tutorial & Demo on Using Sensa for the Data collection Stage in the Tiny-Machine-Learning Pipeline.
Installation and Getting Started with the AIfES library on the Arduino Board for AI applications.
An end-to-end application showcasing a regression TinyML program with the help of Sensa and AIfES.
The document introduces the Raspberry Pi, a credit-card sized single board computer intended to promote computer science education. It discusses the Pi's origins from designers who wanted an inexpensive device to experiment with programming. The Pi has a 700MHz processor, HDMI and USB ports, and runs Linux-based operating systems. It can be used for programming robots, media centers, and more due to its low cost and small size.
This document summarizes the responsibilities of a Staff FAE (Field Application Engineer) position at Atmel Japan G.K. in Tokyo. The role involves providing hardware and software support for Atmel's 32-bit microcontrollers and microprocessors, as well as technologies like WiFi, Bluetooth, ZigBee, encryption, signal processing, touchscreens, and more. Key responsibilities include supporting distributors with Atmel products and technologies, as well as pre- and post-sales support for customers.
At the webinar you can learn to:
create projects in iRidium Studio, use sample GUIs
set up cameras and use gestures in your projects;
upload projects on different control panels;
work with HDL equipment: relays, dimmers (DMX, Dali interfaces);
set up shutter modules, climate and floor heating via DLP panel;
control Z-Audio.
More about iRidium 3.0 here http://www.iridiummobile.net/?utm_source=HDL%20webinar%20in%20Slideshare&utm_medium=HDL%20webinar%20in%20Slideshare&utm_campaign=HDL%20webinar%20in%20Slideshare
Will Hall discusses using Docker to help solve issues with IoT hardware development. Docker allows for scalable, easily distributable, and repeatable emulation of IoT networks locally or remotely, reducing barriers to entry and enabling development, testing, and demonstration. This helps address problems with supporting many devices, variants, and networks during development. Standards are also needed to allow industry collaboration in solving IoT challenges over the long product life cycles expected. While Docker at the edge is problematic, emulation with Docker can simulate large IoT networks.
This document provides an overview of TinyML and how to implement it using Edge Impulse and the Nano 33 BLE Sense board. It defines key ML concepts and discusses TinyML applications. It then explains the Edge Impulse platform for data collection, model training and testing, and deployment to microcontroller boards. Finally, it demonstrates a practical TinyML workflow using the Nano 33 BLE Sense board with Edge Impulse to collect sensor data and train, test, and deploy a model on the board.
Industrial Applications of Arduino using Ladder LogicRobocraze
This document provides an overview of using Arduino boards in industrial applications. It discusses the Arduino Pro series of boards including the Portenta H7, Edge Control, Nicla Sense ME, Nano 33 BLE, and MKR family. It then introduces ladder logic programming, the basics of how it works, and demonstrates it using an online IDE called IECuino. Circuit diagrams and programming examples for turning on an LED using buttons are provided to illustrate ladder logic programming with Arduino. The document concludes with information on asking questions.
Analog sensor design has never been so easy! This industrial smart sensor solution includes a unique software development environment enabling reconfigurable sensor and Smart IO-Link designs, using its IO-Link interface, to be start being realised in a matter of minutes.
An introduction to Sensa showcasing how it can be used to optimize TinyML & IoT Pipelines.
Tutorial & Demo on Using Sensa for the Data collection Stage in the Tiny-Machine-Learning Pipeline.
Installation and Getting Started with the AIfES library on the Arduino Board for AI applications.
An end-to-end application showcasing a regression TinyML program with the help of Sensa and AIfES.
The document introduces the Raspberry Pi, a credit-card sized single board computer intended to promote computer science education. It discusses the Pi's origins from designers who wanted an inexpensive device to experiment with programming. The Pi has a 700MHz processor, HDMI and USB ports, and runs Linux-based operating systems. It can be used for programming robots, media centers, and more due to its low cost and small size.
An ASP tool that can be used in an ASP developed website for uploading files on server. The project is collective effort of mine along with Zeba Shah, Aayush Shrivastava, Vishal Singh and Kamran Azmat under the guidance of Sneha Biswas. In this ppt, we have covered the technologies used and salient feature of the project. You can watch the demo of the project in the following link https://www.youtube.com/watch?v=uB3VJ74b0aE
This document describes a proposed wireless industrial security robot. The robot is designed to move autonomously into unknown locations using sensors and cameras to gather information. It contains modules like an ARM microcontroller, gas sensor, fire sensor, Zigbee transceiver, GSM modem, sonar, camera, temperature sensor, and humidity sensor. The robot part sends sensor data and video to a remote PC part via Zigbee. If abnormal conditions like fire or gas are detected, an alert SMS will be sent via the GSM modem. The remote PC can monitor sensor readings and video, and control the robot's movement via Zigbee. The goal is to design an intelligent robot that can detect hazards, alert users, and
This article discusses about how to build a robot vehicle with arduino, AVR, robot body, DC motor, 8051 microcontroller, metal detector and motor driver IC.
This document describes a proposed wireless industrial security robot. The robot is designed to move autonomously into unknown locations using sensors and cameras to gather information. It contains modules like an ARM microcontroller, gas sensor, fire sensor, Zigbee transceiver, GSM modem, sonar, camera, temperature sensor, and humidity sensor. The robot part sends sensor data and video to a remote PC part via Zigbee. If abnormal conditions like fire or gas are detected, an alert SMS will be sent via the GSM modem. The remote PC can monitor sensor readings and video, and control the robot's movement via Zigbee. The goal is to design an intelligent robot that can detect hazards, alert users, and
Wireless AI based industrial security robotVarun B P
This document provides an overview of an intelligent robot project that detects dangerous gas/smoke. It includes 9 chapters that describe: the existing system and proposed project (Chapter 1); a literature review (Chapter 2); the overall project description and block diagram (Chapter 3); the software and hardware components including a microcontroller, sensors, camera and other devices (Chapter 4); how the system will be implemented (Chapter 5); the advantages and disadvantages (Chapter 6); potential applications (Chapter 7); and conclusions (Chapter 8). An abstract is also provided.
This is a project I have done in my college as a final year project along with my friends, Aniket Anand, Madhuja Roy and Ananga Mohan Chatterjee. In this project, we have tries to use IoT. This is basically a spy robot car which is controlled using a self developed android app via bluetooth. In this ppt we have coveredd the technologies used and the algorithm behind the whole project. You can watch the demo of the application from the following link https://www.youtube.com/watch?v=BZ57YZiUQB4
This document describes a proposed wireless AI-based industrial security robot project. The objectives are to build a wireless robot for industrial applications with live audio and video streaming to monitor areas that are difficult for people to access safely. The proposed system uses various sensors like fire, smoke, intruder, humidity and temperature sensors along with a wireless camera and Zigbee transmission to an ARM processor-controlled robot. If any abnormalities are detected, an alarm is sent to a remote PC and mobile phone via GSM. The robot is expected to move autonomously and avoid obstacles while transmitting real-time video and alerts. This intelligent robot could help improve safety and efficiency in hazardous industrial environments.
The present condition in Industry is that they are using the crane system to carry the parcels from one place to another, including harbors. Some times the lifting of big weights may cause the breakage of lifting materials and will cause damage to the parcels too. Application of the proposed system is for industries. The robot movement depends on the track. Use of this robot is to transport the materials from one place to another place in the industry.
A robot is a machine designed to execute one or more tasks repeatedly, with speed and precision. There are as many different types of robots as there are tasks for them to perform. A robot can be controlled by a human operator, sometimes from a great distance. In such type of applications wireless communication is more important.
In robotic applications, generally we need a remote device to control. If we use IR remote device, it is just limited to meters distance and also if any obstacle is in between its path then there will be no communication. If we consider, RF modules for remote operations there is no objection whether an obstacle is present in its path. So that it is very helpful to control robot.
RF modules itself can generates its carrier frequency which is around 2.4 GHz. We need to generate serial data using micro controller and fed to the RF transmitting module. On other side RF receiver receives sent data as RF signals and given to another micro controller. Here, RF receiver itself demodulates the data from carrier signal and generate serial data as output.
Srikanth Pilli has over 6 years of experience in embedded software development. He has expertise in C/C++, Python, Linux kernel driver development, video streaming, and networking. He has worked on projects involving home automation, surveillance systems, and embedded device development. His skills include embedded Linux systems, microcontroller programming, real-time protocols, and tools like Git. He holds an M.Tech in embedded systems and postgraduate diplomas in embedded systems and electronics.
This document lists various training courses on IoT from different providers. Alasdair Allas offers iOS sensors workshops, while Lynda has courses on IoT with Android and iOS. Microsoft covers cross-platform development and mobile apps for IoT. Other courses discuss industrial Ethernet, networking technologies, NFC certification, radio technologies, big data, becoming an IoT specialist, IoT for executives, industrial IoT, IoT security, connectivity and services. Award Solutions provides instructor-led courses on IoT, big data, and security in business applications.
Presentation on Microsoft Technologies in Teaching, Learning and Research presented at Microsoft IT Academy Summit 2011 October. - Presentation Video in low quality to allow upload
[University] Capstone Design Project 2 (SAIOT)창엽 양
★ 휴대폰 앱을 통하여 가정환경을 실시간으로 확인 가능한 시스템 구축
- 3대의 아두이노 및 센서를 활용한 가정환경 실시간 측정
- 아두이노서 측정된 정보를 Wifi로 라즈베리파이 웹서버로 전송
- 휴대폰App에서 가정환경 확인을 위한 라즈베리파이 Web서버 접속, 정보전달
- 가정환경에 특별한 일 발생시 휴대폰에 팝업 알람 기능 제공
★ 다양하고 통합적인 시스템 제공
- 사용유저의 다양한 Mobile 사용환경을 고려해 Android, IOS Application 동시제공
- 소리알람, 적외선리모콘, 무인택배함, 화재알람, 집안 출입정보, 집안 조명환경 등
다양한 서비스 제공
★ 상용품을 활용한 확장성 및 저비용 환경 구축
- 아두이노, 라즈베리 파이등, 기존의 상용품을 활용을 통한 저비용 시스템 구성
- 상용품 활용을 통해 IoT서비스가 기본적으로 제공되지 않는 기존 건축물 등에 쉬운 적용 가능
- 상용품의 해당 표준규격을 사용하므로 표준화 달성 및 시스템 확장성 용이
Quick prototyping using Gadgeteer, Raspberry Pi + Fez CreamMif Masterz
This document provides information about .NET Gadgeteer, which is a platform that allows users to rapidly develop electronic projects using modular hardware components without needing an electronics background. It can be programmed using Visual Studio and uses .NET Micro Framework. The document discusses the history and open source nature of Gadgeteer, lists some manufacturer boards and modules that are compatible, and demonstrates some sample projects that can be built with Gadgeteer.
India Electronics Week (IEW) is the flagship annual IoT conference held in Bengaluru which unities the entire electronics industry. This is an annual event, where exhibitors, innovators, designers, manufacturers or sellers presenting electronic products meet and explore potential possibilities. This event includes exposition, conference, workshops and seminars in IoT and embedded product development. In IEW conference exposes students, industry experts, researchers and business owners to the smarter world of electronics. Statistically it attracts 100+ plus speakers, 10000+ plus visitors and 150+ exhibitors.This year India Electronics Week 2019 conference will be held in Bengaluru from 26th to 28th February 2019. This conference is organized by country’s leading electronics media – Electronics For You.
From Emertxe we delivered a talk titled "Demystifying IoT skills : What does it take to become a FullStack IoT engineer?".IoT has somehow become the "six blind men" story where everyone is intrepreting in their own perspective. Some may say IoT as "old wine in a new bottle" others may say "it is the next big thing".
Given this scenario, as an electronics / embedded / core engineer, the challenge is always been:
How to intrepret IoT from skills perspective?
What additional skills an electronics engineer should have in order to have a career in this domain?
How different Embedded and IoT job profiles are?
What role protocols play in IoT?
The proposed talk is based on our years of market research and delivering IoT based education programs for various customer segments - Fresh Engineers, Corporate Organizations and Working professionals.
Anand Agrawal has over 5 years of experience in embedded software engineering and performance analysis. He has worked at Qualcomm, Arm, and On Semiconductor developing firmware, analyzing chipset performance, and improving CPU and memory utilization. He holds a B.Tech in electronics engineering and has experience with ARM architecture, Linux, C/C++, and various simulation/debugging tools.
Best Real-time Summer Internship Program on Embedded Systems Course for btech, cse, ece Students. We Provide online Embedded Systems Summer Internship Course for 2022 freshers with certification in various Professional Courses.
Summit 16: NetIDE: Integrating and Orchestrating SDN ControllersOPNFV
NetIDE is a EU-funded project that is known to the OpenDaylight community, because we have contributed a component to the Beryllium release. However, the full NetIDE ecosystem is much more. It is an extended SDN controller framework that allows users to cherry-pick the best of breed both for the network facing controller and the SDN framework for applications. In addition it provides an application composition engine that allows network operators to introduce software development concepts like code reusability in their production cycle. In this talk, I will introduce the whole Network Engine as well as the NetIDE Eclipse plugin that allows us to create SDN applications, test them and run them on the NetIDE engine and reflect on why we contributed what we contributed to OpenDaylight.
This document describes a project to design a robot using an Arduino board that is controlled by voice commands from an Android device. The objectives are to build a low-cost robot with an Android app interface. The system architecture involves using a microphone on the Android device to recognize voice commands, which are sent via Bluetooth to the Arduino board. The Arduino board controls motors to move the robot in the directions corresponding to the voice commands. The project implements this design and tests voice recognition and robot control. Results show the feasibility of controlling physical objects with just voice commands.
PIC (Programmable Interface Controllers) Microcontrollers Course are widely used in embedded systems, automation, robotics, and many other applications. These microcontrollers are small computers capable of performing tasks like reading input, processing data, and generating output signals.
Eclipse IoT Edje project: the software foundation for IoT devicesMicroEJ
The edge devices connected to the Cloud that constitute the Internet of Things (IoT) require support for building blocks, standards and frameworks like those provided by the Eclipse Foundation projects: Californium, Paho, Leshan, Kura, Mihini, etc. Because of the large deployment of Java technology in the Cloud, on the PC, mobile and server sides, most projects above are implemented in Java technology. Deploying these technologies on embedded devices requires a scalable IoT software platform that can support the hardware foundations of the IoT: microcontrollers (MCU). MCU delivered by companies like STMicroelectronics, NXP+Freescale, Renesas, Atmel, Microchip, etc. are small low-cost low-power 32-bit processors designed for running software in resource-constraint environments: low memory (typically KB), flash (typically MB) and frequency (typically MHz). The Edje project defines a standard high-level Java API called Hardware Abstraction Layer (HAL) for accessing hardware features delivered by microcontrollers such as GPIO, DAC, ADC, PWM, etc. that can directly connect to native libraries, drivers and board support packages provided by silicon vendors with their evaluation kits. This talk aims at presenting the packages and API that constitute the core of Edje, defining the minimal foundation that iot.eclipse.org projects can rely on, and still compatible with economical constraints of the IoT: footprint.
An ASP tool that can be used in an ASP developed website for uploading files on server. The project is collective effort of mine along with Zeba Shah, Aayush Shrivastava, Vishal Singh and Kamran Azmat under the guidance of Sneha Biswas. In this ppt, we have covered the technologies used and salient feature of the project. You can watch the demo of the project in the following link https://www.youtube.com/watch?v=uB3VJ74b0aE
This document describes a proposed wireless industrial security robot. The robot is designed to move autonomously into unknown locations using sensors and cameras to gather information. It contains modules like an ARM microcontroller, gas sensor, fire sensor, Zigbee transceiver, GSM modem, sonar, camera, temperature sensor, and humidity sensor. The robot part sends sensor data and video to a remote PC part via Zigbee. If abnormal conditions like fire or gas are detected, an alert SMS will be sent via the GSM modem. The remote PC can monitor sensor readings and video, and control the robot's movement via Zigbee. The goal is to design an intelligent robot that can detect hazards, alert users, and
This article discusses about how to build a robot vehicle with arduino, AVR, robot body, DC motor, 8051 microcontroller, metal detector and motor driver IC.
This document describes a proposed wireless industrial security robot. The robot is designed to move autonomously into unknown locations using sensors and cameras to gather information. It contains modules like an ARM microcontroller, gas sensor, fire sensor, Zigbee transceiver, GSM modem, sonar, camera, temperature sensor, and humidity sensor. The robot part sends sensor data and video to a remote PC part via Zigbee. If abnormal conditions like fire or gas are detected, an alert SMS will be sent via the GSM modem. The remote PC can monitor sensor readings and video, and control the robot's movement via Zigbee. The goal is to design an intelligent robot that can detect hazards, alert users, and
Wireless AI based industrial security robotVarun B P
This document provides an overview of an intelligent robot project that detects dangerous gas/smoke. It includes 9 chapters that describe: the existing system and proposed project (Chapter 1); a literature review (Chapter 2); the overall project description and block diagram (Chapter 3); the software and hardware components including a microcontroller, sensors, camera and other devices (Chapter 4); how the system will be implemented (Chapter 5); the advantages and disadvantages (Chapter 6); potential applications (Chapter 7); and conclusions (Chapter 8). An abstract is also provided.
This is a project I have done in my college as a final year project along with my friends, Aniket Anand, Madhuja Roy and Ananga Mohan Chatterjee. In this project, we have tries to use IoT. This is basically a spy robot car which is controlled using a self developed android app via bluetooth. In this ppt we have coveredd the technologies used and the algorithm behind the whole project. You can watch the demo of the application from the following link https://www.youtube.com/watch?v=BZ57YZiUQB4
This document describes a proposed wireless AI-based industrial security robot project. The objectives are to build a wireless robot for industrial applications with live audio and video streaming to monitor areas that are difficult for people to access safely. The proposed system uses various sensors like fire, smoke, intruder, humidity and temperature sensors along with a wireless camera and Zigbee transmission to an ARM processor-controlled robot. If any abnormalities are detected, an alarm is sent to a remote PC and mobile phone via GSM. The robot is expected to move autonomously and avoid obstacles while transmitting real-time video and alerts. This intelligent robot could help improve safety and efficiency in hazardous industrial environments.
The present condition in Industry is that they are using the crane system to carry the parcels from one place to another, including harbors. Some times the lifting of big weights may cause the breakage of lifting materials and will cause damage to the parcels too. Application of the proposed system is for industries. The robot movement depends on the track. Use of this robot is to transport the materials from one place to another place in the industry.
A robot is a machine designed to execute one or more tasks repeatedly, with speed and precision. There are as many different types of robots as there are tasks for them to perform. A robot can be controlled by a human operator, sometimes from a great distance. In such type of applications wireless communication is more important.
In robotic applications, generally we need a remote device to control. If we use IR remote device, it is just limited to meters distance and also if any obstacle is in between its path then there will be no communication. If we consider, RF modules for remote operations there is no objection whether an obstacle is present in its path. So that it is very helpful to control robot.
RF modules itself can generates its carrier frequency which is around 2.4 GHz. We need to generate serial data using micro controller and fed to the RF transmitting module. On other side RF receiver receives sent data as RF signals and given to another micro controller. Here, RF receiver itself demodulates the data from carrier signal and generate serial data as output.
Srikanth Pilli has over 6 years of experience in embedded software development. He has expertise in C/C++, Python, Linux kernel driver development, video streaming, and networking. He has worked on projects involving home automation, surveillance systems, and embedded device development. His skills include embedded Linux systems, microcontroller programming, real-time protocols, and tools like Git. He holds an M.Tech in embedded systems and postgraduate diplomas in embedded systems and electronics.
This document lists various training courses on IoT from different providers. Alasdair Allas offers iOS sensors workshops, while Lynda has courses on IoT with Android and iOS. Microsoft covers cross-platform development and mobile apps for IoT. Other courses discuss industrial Ethernet, networking technologies, NFC certification, radio technologies, big data, becoming an IoT specialist, IoT for executives, industrial IoT, IoT security, connectivity and services. Award Solutions provides instructor-led courses on IoT, big data, and security in business applications.
Presentation on Microsoft Technologies in Teaching, Learning and Research presented at Microsoft IT Academy Summit 2011 October. - Presentation Video in low quality to allow upload
[University] Capstone Design Project 2 (SAIOT)창엽 양
★ 휴대폰 앱을 통하여 가정환경을 실시간으로 확인 가능한 시스템 구축
- 3대의 아두이노 및 센서를 활용한 가정환경 실시간 측정
- 아두이노서 측정된 정보를 Wifi로 라즈베리파이 웹서버로 전송
- 휴대폰App에서 가정환경 확인을 위한 라즈베리파이 Web서버 접속, 정보전달
- 가정환경에 특별한 일 발생시 휴대폰에 팝업 알람 기능 제공
★ 다양하고 통합적인 시스템 제공
- 사용유저의 다양한 Mobile 사용환경을 고려해 Android, IOS Application 동시제공
- 소리알람, 적외선리모콘, 무인택배함, 화재알람, 집안 출입정보, 집안 조명환경 등
다양한 서비스 제공
★ 상용품을 활용한 확장성 및 저비용 환경 구축
- 아두이노, 라즈베리 파이등, 기존의 상용품을 활용을 통한 저비용 시스템 구성
- 상용품 활용을 통해 IoT서비스가 기본적으로 제공되지 않는 기존 건축물 등에 쉬운 적용 가능
- 상용품의 해당 표준규격을 사용하므로 표준화 달성 및 시스템 확장성 용이
Quick prototyping using Gadgeteer, Raspberry Pi + Fez CreamMif Masterz
This document provides information about .NET Gadgeteer, which is a platform that allows users to rapidly develop electronic projects using modular hardware components without needing an electronics background. It can be programmed using Visual Studio and uses .NET Micro Framework. The document discusses the history and open source nature of Gadgeteer, lists some manufacturer boards and modules that are compatible, and demonstrates some sample projects that can be built with Gadgeteer.
India Electronics Week (IEW) is the flagship annual IoT conference held in Bengaluru which unities the entire electronics industry. This is an annual event, where exhibitors, innovators, designers, manufacturers or sellers presenting electronic products meet and explore potential possibilities. This event includes exposition, conference, workshops and seminars in IoT and embedded product development. In IEW conference exposes students, industry experts, researchers and business owners to the smarter world of electronics. Statistically it attracts 100+ plus speakers, 10000+ plus visitors and 150+ exhibitors.This year India Electronics Week 2019 conference will be held in Bengaluru from 26th to 28th February 2019. This conference is organized by country’s leading electronics media – Electronics For You.
From Emertxe we delivered a talk titled "Demystifying IoT skills : What does it take to become a FullStack IoT engineer?".IoT has somehow become the "six blind men" story where everyone is intrepreting in their own perspective. Some may say IoT as "old wine in a new bottle" others may say "it is the next big thing".
Given this scenario, as an electronics / embedded / core engineer, the challenge is always been:
How to intrepret IoT from skills perspective?
What additional skills an electronics engineer should have in order to have a career in this domain?
How different Embedded and IoT job profiles are?
What role protocols play in IoT?
The proposed talk is based on our years of market research and delivering IoT based education programs for various customer segments - Fresh Engineers, Corporate Organizations and Working professionals.
Anand Agrawal has over 5 years of experience in embedded software engineering and performance analysis. He has worked at Qualcomm, Arm, and On Semiconductor developing firmware, analyzing chipset performance, and improving CPU and memory utilization. He holds a B.Tech in electronics engineering and has experience with ARM architecture, Linux, C/C++, and various simulation/debugging tools.
Best Real-time Summer Internship Program on Embedded Systems Course for btech, cse, ece Students. We Provide online Embedded Systems Summer Internship Course for 2022 freshers with certification in various Professional Courses.
Summit 16: NetIDE: Integrating and Orchestrating SDN ControllersOPNFV
NetIDE is a EU-funded project that is known to the OpenDaylight community, because we have contributed a component to the Beryllium release. However, the full NetIDE ecosystem is much more. It is an extended SDN controller framework that allows users to cherry-pick the best of breed both for the network facing controller and the SDN framework for applications. In addition it provides an application composition engine that allows network operators to introduce software development concepts like code reusability in their production cycle. In this talk, I will introduce the whole Network Engine as well as the NetIDE Eclipse plugin that allows us to create SDN applications, test them and run them on the NetIDE engine and reflect on why we contributed what we contributed to OpenDaylight.
This document describes a project to design a robot using an Arduino board that is controlled by voice commands from an Android device. The objectives are to build a low-cost robot with an Android app interface. The system architecture involves using a microphone on the Android device to recognize voice commands, which are sent via Bluetooth to the Arduino board. The Arduino board controls motors to move the robot in the directions corresponding to the voice commands. The project implements this design and tests voice recognition and robot control. Results show the feasibility of controlling physical objects with just voice commands.
PIC (Programmable Interface Controllers) Microcontrollers Course are widely used in embedded systems, automation, robotics, and many other applications. These microcontrollers are small computers capable of performing tasks like reading input, processing data, and generating output signals.
Eclipse IoT Edje project: the software foundation for IoT devicesMicroEJ
The edge devices connected to the Cloud that constitute the Internet of Things (IoT) require support for building blocks, standards and frameworks like those provided by the Eclipse Foundation projects: Californium, Paho, Leshan, Kura, Mihini, etc. Because of the large deployment of Java technology in the Cloud, on the PC, mobile and server sides, most projects above are implemented in Java technology. Deploying these technologies on embedded devices requires a scalable IoT software platform that can support the hardware foundations of the IoT: microcontrollers (MCU). MCU delivered by companies like STMicroelectronics, NXP+Freescale, Renesas, Atmel, Microchip, etc. are small low-cost low-power 32-bit processors designed for running software in resource-constraint environments: low memory (typically KB), flash (typically MB) and frequency (typically MHz). The Edje project defines a standard high-level Java API called Hardware Abstraction Layer (HAL) for accessing hardware features delivered by microcontrollers such as GPIO, DAC, ADC, PWM, etc. that can directly connect to native libraries, drivers and board support packages provided by silicon vendors with their evaluation kits. This talk aims at presenting the packages and API that constitute the core of Edje, defining the minimal foundation that iot.eclipse.org projects can rely on, and still compatible with economical constraints of the IoT: footprint.
Kameshprabu M is seeking a challenging career that allows him to utilize his technical and analytical skills. He has experience as an Embedded Systems Engineer and holds a B.E. in Electronics and Communication Engineering. His areas of interest include embedded systems and robotics, and he has skills in programming, CAD tools, simulation tools, and Microsoft Office suites. He has completed projects related to a self-directed cleaner robot, street light control, an IR audio link, and PCB layout design.
Manmeet Singh Sidhu has provided his resume. He has skills in embedded systems including languages like Embedded C and C. He has experience with microcontrollers like 8051, AVR, and ARM. He also has experience with communication protocols, embedded modules, programming software, and simulation software. Additionally, he has experience with circuit design, PLCs, automation tools, manual testing, SQL, and various projects involving microcontrollers, Zigbee, GSM, and more. He is looking for a job in software or electronics fields involving embedded systems, industrial automation, or circuit design.
ARTIFICIAL INTELLIGENCE DESKTOP VOICE ASSISTANT IN PYTHONIRJET Journal
This document describes a desktop voice assistant created in Python named JARVIS. The assistant uses speech recognition and text-to-speech to respond to voice commands. It was created by students to be helpful, harmless, and honest. The assistant can perform tasks like answering questions, managing to-do lists, and automating home devices using voice commands. It was built using Python libraries like Pyttsx3, speech recognition, and Selenium.
military purpose robot using iot FINAL PPT.pptxMubeenaMohmad
This document proposes a military robot that can be controlled remotely using IoT. It will have sensors, a camera, and be operated through a mobile device to allow control anywhere and anytime. The robot will use a NodeMCU microcontroller connected to DC motors and other hardware. It will send video and data wirelessly and be easy to control through an app. Its applications include search and rescue operations, military reconnaissance, and wireless security and surveillance.
This document provides an overview of Dragino Technology Co., which develops and manufactures Internet of Things (IoT) products and solutions. It discusses the company's structure, products/services, market analysis, partners, and 2019 plans. The company focuses on LoRa/IoT technology, owns its own brands, conducts independent R&D, and aims to help customers provide competitive IoT solutions at lower cost through their LoRa IoT kits, gateways, modules, and OEM/ODM services. Their goal is to become a trusted partner and succeed in the IoT market together with customers and partners which include various universities from around the world.
Embedded system & IoT Course | certification Program | Learn and BuildLearn and Build
Introduction to embedded systems and IoT, during this course you will learn how to create IoT web applications like flask ,analytics, google clouds etc. and have many opportunities to explore. Best industry expert will guide your path and become an IoT expert.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Assessment and Planning in Educational technology.pptxKavitha Krishnan
In an education system, it is understood that assessment is only for the students, but on the other hand, the Assessment of teachers is also an important aspect of the education system that ensures teachers are providing high-quality instruction to students. The assessment process can be used to provide feedback and support for professional development, to inform decisions about teacher retention or promotion, or to evaluate teacher effectiveness for accountability purposes.
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
Preparation and standardization of the following : Tonic, Bleaches, Dentifrices and Mouth washes & Tooth Pastes, Cosmetics for Nails.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
7. Module1: INTRODUCTION TO ROBOTICS &
EMBEDDED SYSTEM
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•Introduction
•Components of Embedded system
•Study of Microcontroller and ARM processors
•8 bit, AVR and 32 bit ARM Difference
•Importance & application in industries.
Module1 Time line 8 hours
8. Module2: ARM Controllers
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•Introduction
•The ARM Architecture
•Hardware Details
•I/O Port Organization
•On Chip Peripherals
Module2 Time line 3 hours
9. Module3: INTRODUCTION TO SOFTWARE TOOL
CHAIN
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•Programming of ARM Evaluation
•Introduction to Keil Development Tool
•Programming using Embedded C
•Tips to enhance programming skills
Module3 Time line 7 hours
10. Module4: INTERFACING OF OUTPUT DEVICES
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•How it works?
•How to use the TI API’s for configuring
•Pattern generation using LEDs.
•Interfacing of LED with ARM evaluation kit
Module3 Time line 7 hours
11. Module5: INTERFACING OF INPUT DEVICES
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•Different types of switches?
•Their types & functions
•Interfacing of switch with microcontroller
Module3 Time line 7 hours
12. Module6: INTROUCTION TO UART protocol
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•How it works?
•How to use the TI API’s for configuring
•UART basics and interrupt handling
Module3 Time line 7 hours
13. Module7: INTROUCTION TO I2C, SPI protocol
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•How I2C is and UART differs ?
•Where is the use ?
•How's it advantage in sensor interface?
•Writing the code and testing on AMR kit
Module3 Time line 7 hours
14. Module8: Introduction to TCP/IP and UDP
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•TCP and UDP basics
•Application development on ARM board
•How TCP/UDP is related to IOT ?
•Hands on try with test tools
Module3 Time line 7 hours
15. Module9: Interfacing serial Bluetooth profile
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•Bluetooth serial interface basics
•How to connect with smart phone and
communicate
•Control electronic equipment from your smart
phone
Module3 Time line 7 hours
16. Module10: Interfacing serial Wifi profile
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•Why are we moving towards wireless technology
?
•How Wifi serial profile works
•Making one Internet of things (IOT) project
Module3 Time line 7 hours
17. Kit Contents:
➢ ARM Development Kit
➢ Bluetooth Module cum Motor Driver card
➢ Wifi Module
➢ Motors & wheels
➢ Connectors
➢ MultiMeter
➢ Fasteners
➢ CD with all essential software’s and tutorials
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19. •We are going to give you the entire ARM kit in the early
weeks after getting hands on experience.
•Our comprehensive program helps students to make them
selves ready to industry.
•We encourage you to play around with the ARM kit, as you
just play on your smart phone.
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20. •We make you communicate your smart phone and your
ARM kit.
•Weekly practical assignments , have to write up the code and
test the hardware at your home. Just not to loose the touch
with platform.
•We shall communicate regularly over the mail and updates.
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21. •By the end of the Session, you are going to be doing 2-3
projects real time on the ARM kit.
•Your skill set will be boosted with the industrial guest lectures
•We are going to help you by providing the tips to crack the core
jobs, we will clear your queries regarding technical or career
related.
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