Due to its portability, the system can be used in emergency situations in which potable water is essential for survival, such as natural disasters.
For instance, Sandbridge has a solid programming model based on plain ANSI C and threads, thus offering real portability between systems supporting this programming model.
Portability of system-level software, such as the QF real-time framework, is critical to its usability, especially in the real-time embedded systems (RTES) domain.
The availability of this framework can facilitate the early identification and specification of the system portability NFR and their detailed allocation as specific portability functions to be handled by the specified allocation to hardware or software, or a specific combination of the two.
To enhance the portability of the system, the UTGB Toolkit is implemented in Java, a portable programming language, such that its machine codes run on top of the Java Virtual Machine.
The technological challenges effecting SPR-based technologies for POC diagnostic applications include generating substrates that will present reproducible results from batch to batch, integrating the systems for portability, and adapting the systems for use with bodily fluids.
Code compression also improves the portability that enables System on Chip (SOC) implementation.
Post-process tests, usability and portability of the system were evaluated.
This is largely attributable to advances in transducer design, signal acquisition, image processing, and system portability resulting in improved resolution, usability, and availability.
The portability of the system and the reliability and reproducibility of this technique open opportunities for general, reagentless screening of milk for adulterants at the point of collection.
Miniaturized electrochemical lab chip sensors could be very valuable in environmental monitoring area due to their many benefits, such as greatly reduced sensing cost, sensing system portability, and ease of use.
