"localization services" is a valid and usable phrase in written English.
It refers to the process of adapting a product or service to a specific language, culture, or market. It is most commonly used in the field of software and technology, but can also apply to other industries such as marketing and advertising. Example: Our company offers localization services for our mobile app, ensuring that it is not only translated accurately, but also culturally appropriate for different regions.
Localization services, especially for human localization, are an indispensable component of most technologies and applications related to the Industrial Internet of Things (IIoT).
The results of study show variety of localization services of mobile devices and the use of them for services with alternate applications.
This book focuses on ubiquitous indoor localization services, specifically addressing the issue of floor plans.
Dakwak's localization services go beyond written content the platform's dashboard lets Web site owners replace images and stylesheets and add JavaScript for specific languages.
Cellular-based cooperative communication is a promising technique that allows cooperation among mobile devices not only to increase data throughput but also to improve localization services.
Amazon is hoping that the translate tool can be combined with other features, like its Polly text-to-speech application; the Elasticsearch tool for searches in multiple languages; the Lex chatbot tool; and content localization services through Amazon Lambda.
It is however not obvious how to design a sensor network to efficiently deliver the localization service.
This paper proposes a vision-based indoor localization service system that adopts affine scale invariant features (ASIFT) in MapReduce framework.
The heavy computation imposed by ASIFT feature detection and image registration is handled by processes designed in MapReduce framework to speed up the localization service.
Flooding the network is good for reliability but leads to increased latency and broadcast storm problems, affecting the efficiency of the localization service.
We present a hybrid cloud architecture for managing computing and storage resources needed by command & control activities in emergency scenarios, complemented by a first responder localization service relying on a novel positioning approach which combines the strength of signals received from landmarks placed by first responders on the crisis site with information obtained from motion sensors.
