Beacons are the missing link between the offline world and the digital space. They bring to life a new way of interaction by adding a context to the physical world. Here's how retailers, museums, events, smart cities, banks, and offices leverage proximity to grow their businesses and engage their audiences.
The document provides an overview of a lecture on Eddystone beacons from Google. It introduces beacons and Eddystone specifications, including packet types, hardware support, and use cases. It then covers coding examples to scan for beacons and extract telemetry data like temperature from Eddystone packets.
The Internet of Things: BLE / Beacons / iBeaconsVectorform
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This document discusses Bluetooth Low Energy (BLE), beacons, and iBeacon technology. It begins with an overview of BLE, how it differs from traditional Bluetooth, and its advantages for low power applications. Beacons are then introduced as hardware devices that use BLE to emit signals to be detected by mobile apps. iBeacon is described as Apple's software implementation of beacon technology using specific identifier properties. Several use cases are presented, including for retail to provide location-based experiences. Both technical and psychological limitations of using beacons are also outlined.
What are Beacons and how do they work? What are their different uses? How does it compare to other technologies? What are Golden Gekko's recommendations regarding the use of Beacons?
The document contains random letters, numbers, and symbols. It repeats the copyright notice "Copyright (C) 2019 Namito.Satoyama. All Rights Reserved." numerous times throughout. Sections of text are separated by the copyright notice and appear to be in an unknown or encrypted format.
The document appears to be a collection of copyright notices and random characters with no clear meaning. It begins and ends with copyright notices attributed to Namito Satoyama and Shinji Ichien. In between are strings of letters, numbers, symbols and punctuation with no discernible pattern or message.
The document discusses Google Assistant apps and building Google Actions using Node.js. It covers Namito Satoyama's presentation at Interop Tokyo Conference 2018 on AI and building Google Actions for Google Assistant, Google Maps, and other platforms using JavaScript and Node.js. The presentation included information on the Actions on Google client library, how to set up a Firebase project to deploy functions, and developing Google Actions for various devices and interfaces.
The document discusses various topics but provides no clear overall summary. It includes copyright notices and appears to reference mathematical formulas, algorithms, and technical concepts without explanations. Sections are labeled but there is no coherent narrative or conclusions that can be understood from the content provided.
The document discusses building and distributing Android apps using the Android App Bundle format. It covers creating an app bundle in Android Studio, generating a signed bundle, uploading the bundle to Google Play, and how the bundle format allows flexible delivery of features to different devices.
The document discusses building Actions for Google Assistant for the GDG Tokyo group. It provides suggestions for types of Actions that could be built, such as Actions to access meetup information, recommend talks or speakers, or provide information about Google technologies. It also discusses tools that can be used to build these Actions, such as API.AI and Actions on Google.
2. About Me
Namito Satoyama
Fujitsu FIP Corp. (2001~)
UL Systems, Inc. (2006~)
CyberAgent, Inc. (2010~)
DeNA Co., Ltd. (2013~)
Yahoo Japan Corp. (2014~)
GMO System Consulting, Inc. (2012~)
- Shibuya.apk 運営
- 元日本Androidの会の中の人
- CAMP
- groovy
- mobage
- hackadoll