scispace - formally typeset
Search or ask a question

Mobile technologies are used in mostly in which platforms? 


Best insight from top research papers

Mobile technologies are used in various platforms, including semiconductor packaging for integrated circuits in mobile devices such as smartphones and multimedia players . They are also utilized in the field of soil science and digital soil mapping, where geophysical technologies are integrated into measuring platforms for rapid and economical mapping of large areas . In addition, mobile technologies are employed in the workplace, particularly in sales departments, to improve information communication, workflow efficiency, and support tasks such as instant communication and accessing learning resources . While the specific platforms may vary, mobile technologies have applications in these diverse fields.

Answers from top 5 papers

More filters
Papers (5)Insight
Patent
24 Oct 1984
3 Citations
The provided paper is about mobile work platforms, specifically focusing on the design of a slewing head for a mobile work platform. It does not mention the use of mobile technologies in any specific platforms.
The provided paper does not mention which platforms mobile technologies are used in. The paper is about mobile technology in the public realm.
Proceedings ArticleDOI
01 Dec 2006
4 Citations
The paper does not specifically mention which platforms mobile technologies are used in. The paper focuses on packaging technologies for mobile devices, such as smartphones and multimedia players.
The paper does not specifically mention which platforms mobile technologies are used in.
The paper states that smartphones are more often used than tablets to support instant communication tasks and read individual's learning resources.

Related Questions

Is more mobile technology used to work?4 answersThe increasing use of mobile technology for work is evident in various sectors. Mobile technologies have become essential for professionals, offering ubiquitous access to systems, coordination with colleagues, and constant connectivity. From a macroergonomic perspective, mobile work facilitated by information and communication technologies (ICT) is being explored to enhance occupational health and safety systems, with a focus on regulatory requirements and company-related aspects. Additionally, the academic realm is witnessing a surge in the use of mobile devices among research scholars, improving research work by providing easier, faster, and more accessible tools for academic purposes. Overall, the integration of mobile technology in work environments is reshaping traditional employment structures and offering new opportunities for learning and competence development in work contexts.
Why mobile platform is popular?5 answersMobile platforms are popular due to their versatility, convenience, and flexibility. They can be easily transported and moved to different locations. Mobile platforms offer a wide range of applications, such as exercise platforms for performing various modes of exercise, biomass synthetic oil production units for producing synthetic oil from biomass, movable operating platforms for maintenance and operation of power distribution cabinets, and mobile bearing platforms for linear and rotational motion. These platforms are designed to be stable and efficient, providing solutions for different industries and purposes. Additionally, mobile platforms are cost-effective and can be easily transported, making them suitable for logistics and intralogistics operations. Overall, the popularity of mobile platforms stems from their adaptability, mobility, and practicality in various fields.
What is mobile edge computing?4 answersMobile Edge Computing (MEC) is a decentralized approach to computation and data storage that brings processing capabilities closer to the edge devices. It eliminates the need to directly transmit data to the cloud by performing processing tasks at the edge devices themselves before sending the processed data to the cloud. MEC integrates Mobile Edge Computing (MEC) and Wireless Power Transfer (WPT) technologies to enhance the computing capabilities of mobile devices and compensate for their limited battery capabilities. MEC allows end-users to access services from edge servers with low network latency, reducing overall latency perceived. MEC is also used in the context of the Metaverse, where proximal edge servers process computation-intensive and latency-sensitive tasks, providing high visual quality and ultra-low latency services.
Use of iOS vs Android System in South America?4 answersThe use of iOS and Android systems in South America is not specifically addressed in the provided abstracts. None of the abstracts mention South America or discuss the comparison between iOS and Android systems in this region. Therefore, there is no information available in the abstracts to answer the question regarding the use of iOS vs Android systems in South America.
What are the most popular mobile operating systems in Norway?4 answersThe abstracts provided do not contain any information about the most popular mobile operating systems in Norway.
What are the different types of mobile cloud computing architectures?5 answersMobile cloud computing architectures can be categorized into different types. One type is the five-layered architecture, which includes layers such as local resources, ad hoc cloud, cloulets, private cloud, and public cloud. Another type is the layered architecture, which consists of task application, perception, network infrastructure, internet and communication, and computation layers. There is also an architecture that focuses on harmonizing the physical layer of mobile networks with the application layer, keeping the mobile operator at the core of mobile cloud computing. Additionally, different approaches such as OSGi, overlay, and container-based solutions have been investigated for mobile cloud computing architectures. These architectures aim to address various issues related to mobile cloud computing, including communication cost, security, quality of services, and energy efficiency.