Sentence examples for handheld applications from inspiring English sources

Software-defined devices are too power hungry to make them practical for handheld applications now, but eventually consumers will be offered cellphones that jump among the worlds competing signal standards depending on which gives them the best performance or price wherever they happen to be.

(1) A hardware-based SDR that is feasible for embedded devices but relatively expensive, (2) a pure SDR approach that has high level of flexibility and low bill of material, but is not yet suited for handheld applications, and (3) a novel architecture that uses a programmable array of multiple processing cores that exhibits both flexibility and potential for mobile devices.

Kapil Shankar, CEO of SiliconBlue, says the funding will "support the rollout of our next-generation 40-nm families targeting support of the explosion of sensors in handheld applications as well as support of DVI and MIPI interfaces designed for video, multi-display, and high-bandwidth memory interface applications".

Continuing advances in PDA hardware and software offer further potential improvements in handheld applications for physicians and other healthcare providers.

This allowed us to document which handheld applications were accessed, the time taken to access information and the time taken to complete the scenario.

Feasibility of the system was assessed by tracking physicians' use of the handheld device and tracking their access of the individual handheld applications during the study period.

In order to do so, the paper presents a functional framework which analyses handheld application in relation to their use as well as the pedagogical underpinning, if any, that informs their development.

Epocrates ID – http://www.epocrates.com This is a free handheld application with antibiotic and infectious diseases information, but it has no direct web interface.

After introducing our framework for accessing CI from the handheld's applications and operating system, we use time-utility functions to develop a practical scheduling algorithm.

This paper describes the approaches for and the design of extensions to a clinical information system used to improve information access and communication at the point of care using information-based handheld wireless applications.

The handheld medical applications (Critical Care, What's New, Medcalc and PEPID) received similar ratings, with overall evaluation scores ranging from 4.1 to 5.3 on the 7-point scale.