This document provides an overview and instructions for using Core Bluetooth on iOS. It is divided into sections on introductory, intermediate, and advanced topics. The introductory section introduces Core Bluetooth and includes a "Hello World" example. The intermediate section explains key concepts like the central and peripheral roles and how to implement common central tasks. It also provides instructions for developing a first Core Bluetooth app. The advanced section covers background processing in Core Bluetooth apps.
This document provides an overview of Bluetooth Low Energy (BLE) and how it differs from traditional Bluetooth. Some key points:
- BLE is designed for low power applications like wireless sensors through techniques like sleeping most of the time and using small packet sizes. This allows devices to operate for longer on batteries.
- BLE supports both broadcast mode, where devices send advertising packets, and connection mode, where a central device connects to a peripheral device and they exchange data regularly.
- BLE devices can be single-mode, supporting only BLE, or dual-mode, supporting both BLE and classic Bluetooth. This allows compatibility with more devices.
- BLE uses connectionless undirected advertising packets
Bluetooth Low energy silently appeared in all Apple hardware in the course of last two years, Android followed suit with API level 18. The session reviews the technology, the APIs and potential use cases.
Bluetooth Low Energy (BLE) or Bluetooth Smart is the low energy version of Bluetooth and integrated into the Bluetooth standard v4.0. The presentation briefs about the BLE and its architecture.
Presented at Robert Bosch Centre for Cyber Physical Systems at Indian Institute of Science, Bengaluru
An overview of Bluetooth Smart (Low Energy) for Android. This was presented to the Android Australia User Group in March 2014 in Melbourne, Australia. We explore Bluetooth Smart advantages, support on Android devices, look at Apple's iBeacon technology and emerging Bluetooth smart services.
Bluetooth & Bluetooth Low Energy internalsDavy Jacops
This document discusses Bluetooth technology. It begins with an introduction to Bluetooth, including its history and different flavors such as Classic, High Speed, and Low Energy. It then covers the Bluetooth market, including statistics on device shipments and member companies. The technical side of Bluetooth is explored, including specifications for Basic Rate, Enhanced Data Rate, and Low Energy. Profiles and use cases are also described. Future directions are discussed, such as Bluetooth Mesh networking and the growth of Bluetooth in the Internet of Things. The document concludes with an agenda for questions.
Bluetooth low energy(ble) wireless technologyLin Steven
This document provides an overview of Bluetooth Low Energy (BLE) wireless technology. It discusses the history and features of Bluetooth, including differences between classic Bluetooth and BLE. Key concepts covered include BLE profiles, attributes (ATT and GATT), UUIDs, and Nordic's BLE features and example projects. Testing procedures for Nordic's BLE profile examples using iOS or a master control panel are also outlined.
BTLE (Bluetooth Low Energy) and CoreBluetooth Zach Dennis
This presentation is on Bluetooth low energy and how Apple's Core Bluetooth framework works to expose the higher level application layer to iOS and Mac developers.
This document provides an overview and instructions for using Core Bluetooth on iOS. It is divided into sections on introductory, intermediate, and advanced topics. The introductory section introduces Core Bluetooth and includes a "Hello World" example. The intermediate section explains key concepts like the central and peripheral roles and how to implement common central tasks. It also provides instructions for developing a first Core Bluetooth app. The advanced section covers background processing in Core Bluetooth apps.
This document provides an overview of Bluetooth Low Energy (BLE) and how it differs from traditional Bluetooth. Some key points:
- BLE is designed for low power applications like wireless sensors through techniques like sleeping most of the time and using small packet sizes. This allows devices to operate for longer on batteries.
- BLE supports both broadcast mode, where devices send advertising packets, and connection mode, where a central device connects to a peripheral device and they exchange data regularly.
- BLE devices can be single-mode, supporting only BLE, or dual-mode, supporting both BLE and classic Bluetooth. This allows compatibility with more devices.
- BLE uses connectionless undirected advertising packets
Bluetooth Low energy silently appeared in all Apple hardware in the course of last two years, Android followed suit with API level 18. The session reviews the technology, the APIs and potential use cases.
Bluetooth Low Energy (BLE) or Bluetooth Smart is the low energy version of Bluetooth and integrated into the Bluetooth standard v4.0. The presentation briefs about the BLE and its architecture.
Presented at Robert Bosch Centre for Cyber Physical Systems at Indian Institute of Science, Bengaluru
An overview of Bluetooth Smart (Low Energy) for Android. This was presented to the Android Australia User Group in March 2014 in Melbourne, Australia. We explore Bluetooth Smart advantages, support on Android devices, look at Apple's iBeacon technology and emerging Bluetooth smart services.
Bluetooth & Bluetooth Low Energy internalsDavy Jacops
This document discusses Bluetooth technology. It begins with an introduction to Bluetooth, including its history and different flavors such as Classic, High Speed, and Low Energy. It then covers the Bluetooth market, including statistics on device shipments and member companies. The technical side of Bluetooth is explored, including specifications for Basic Rate, Enhanced Data Rate, and Low Energy. Profiles and use cases are also described. Future directions are discussed, such as Bluetooth Mesh networking and the growth of Bluetooth in the Internet of Things. The document concludes with an agenda for questions.
Bluetooth low energy(ble) wireless technologyLin Steven
This document provides an overview of Bluetooth Low Energy (BLE) wireless technology. It discusses the history and features of Bluetooth, including differences between classic Bluetooth and BLE. Key concepts covered include BLE profiles, attributes (ATT and GATT), UUIDs, and Nordic's BLE features and example projects. Testing procedures for Nordic's BLE profile examples using iOS or a master control panel are also outlined.
BTLE (Bluetooth Low Energy) and CoreBluetooth Zach Dennis
This presentation is on Bluetooth low energy and how Apple's Core Bluetooth framework works to expose the higher level application layer to iOS and Mac developers.
We have been doing some work with Beacons (iBeacon’s) at the moment and there where many preconceptions we had to overcome before getting to grips with the technology. We have compiled this presentation to help explain the landscape and explore some possibilities.
Intro to iBeacon and Bluetooth Low EnergyKurt McIntire
FULL VIDEO ON YOUTUBE - https://www.youtube.com/watch?v=wpl1f8f4Vis
Speaker: Kurt McIntire, Co-Founder, Vektor Digital
@kurtmcintire, @vektordigital
iBeacons are small devices that transmit data via Bluetooth Low Energy. iOS devices can detect these signals as well as transmit data as iBeacons. When within range of an iBeacon, events like push notifications and server calls can be triggered inside apps.
As mobile marketers and developers, iBeacon technology presents us an incredible opportunity to build sophisticated, proximity based apps for clients and for distribution on the App Store.
In this talk, we’ll explore:
1. What are iBeacons and BLE?
2. How to detect iBeacons inside your apps
3. How to make your iOS device act as an iBeacon
4. Potential applications / Apps using iBeacon
A talk I gave to Hackware v0.7, v0.8, Hackers & Painters, NUS Hackers, One Maker Group and iOS Dev Scout to introduce the audience to basic Bluetooth Low Energy concepts followed by code explanations.
Part 1 of my presentation at Hackware v0.7 (Arduino and Android only) can be seen here. https://www.youtube.com/watch?v=pNnwXPatzjc
Part 2 (Raspberry Pi, iOS and BLE Sniffer) can be seen here. https://www.youtube.com/watch?v=UDNkrlfW9Sg
The code is available here. https://github.com/yeokm1/intro-to-ble
iBeacon and Bluetooth LE: An Introduction Doug Thompson
Bluetooth LE and Apple iBeacon technology will change the way consumers experience the world. In this overview, we explain what a 'beacon' is, why it's important, and why there's a big difference between proximity and location.
Whether you're a brand, a venue or a small retailer, you should know about Bluetooth LE and how it will change the way consumers will experience the world.
To learn more, visit us at http://beekn.net
Development and Deployment of Video over IP TechnologyBunji Yamamoto
Description about development and deployment of Video over IP technology. First appeared at IIJ Technical WEEK in Nov/10 2017 at Internet Initiative Japan Inc.
This slide proposes that every device should have a unique ID and API so that software engineers can work in FA as well. In this article, I tried to make a relay with API in Nerves as a demo.
This slide is written in Japanese.