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9781430265924 English 1430265922 Programming Guide for Wearable Computing: Architecture, Algorithm and Examples gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. Wearable computing is the emerging computer solution market segment where the devices are very small in size, ultra-low in power consumption and fashionable in design, so that they can be worn by people on the go constantly and provide all kinds of smart assistance to the user beyond what the mobile phones can do today. GOOGLE glass, Apple iWatch and Sony SmartWatch are just three of the examples available today. More devices and back end services will be emerging in the next few years. Programming Guide for Wearable Computing starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is given, providing next steps on the path to learning in this emerging and highly visible new field., This is a hands-on tutorial gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. Making Sense of Sensors starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is also given, providing next steps on the path to learning in this emerging and highly visible new field. What You'll Learn: Current state of the art in this rapidly emerging industry. Product prototyping in Android and MSVS environments. Developing for live and pre-recorded video data input, including Google Glass API and Intel Common Connectivity Framework. Managing development at the Big Data organization level. Facial- and Activity-based recognition. Who This Book Is For: New college graduates and professional programmers, teaching the skills to develop innovative software products and services around wearable computing devices., Wearable computing is the emerging computer solution market segment where the devices are very small in size, ultra-low in power consumption and fashionable in design, so that they can be worn by people on the go constantly and provide all kinds of smart assistance to the user beyond what the mobile phones can do today. GOOGLE glass, Apple iWatch and Sony SmartWatch are just three of the examples available today. More devices and back end services will be emerging in the next few years. Making Sense of Senors gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. This book starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is given, providing next steps on the path to learning in this emerging and highly visible new field.
9781430265924 English 1430265922 Programming Guide for Wearable Computing: Architecture, Algorithm and Examples gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. Wearable computing is the emerging computer solution market segment where the devices are very small in size, ultra-low in power consumption and fashionable in design, so that they can be worn by people on the go constantly and provide all kinds of smart assistance to the user beyond what the mobile phones can do today. GOOGLE glass, Apple iWatch and Sony SmartWatch are just three of the examples available today. More devices and back end services will be emerging in the next few years. Programming Guide for Wearable Computing starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is given, providing next steps on the path to learning in this emerging and highly visible new field., This is a hands-on tutorial gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. Making Sense of Sensors starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is also given, providing next steps on the path to learning in this emerging and highly visible new field. What You'll Learn: Current state of the art in this rapidly emerging industry. Product prototyping in Android and MSVS environments. Developing for live and pre-recorded video data input, including Google Glass API and Intel Common Connectivity Framework. Managing development at the Big Data organization level. Facial- and Activity-based recognition. Who This Book Is For: New college graduates and professional programmers, teaching the skills to develop innovative software products and services around wearable computing devices., Wearable computing is the emerging computer solution market segment where the devices are very small in size, ultra-low in power consumption and fashionable in design, so that they can be worn by people on the go constantly and provide all kinds of smart assistance to the user beyond what the mobile phones can do today. GOOGLE glass, Apple iWatch and Sony SmartWatch are just three of the examples available today. More devices and back end services will be emerging in the next few years. Making Sense of Senors gives expertise in proven techniques for writing the front end, middleware and back end software for the wearable computing ecosystem. Sample projects and the available code libraries are explained in detail to illustrate how the innovative new applications can be built from the available devices, libraries and infrastructure already present in the industry. This book starts from an overview of the devices and library infrastructures available, with text aimed both for technologists new to the business, as well as new-to-topic, experienced market players. Then the book illustrates a sample architecture based on which different developers can coordinate all the components in the ecosystem that are vendor-neutral and device-neutral, but can be tested using readily available sample equipment. Based on this accessible architecture, sample projects are expanded on the front-end components, middleware components, and the back-end components, so that the reader receives a concise but comprehensive introduction to wearable-device development. A comprehensive list of references is given, providing next steps on the path to learning in this emerging and highly visible new field.