Time Efficient Systems Research Articles

Flexibility Enhancements in Digital Manufacturing by means of Ontological Data Modeling

Cyberphysical production systems are an important part of today’s manufacturing process. The ever-growing need of highly optimized, i.e. at the same time flexible and efficient systems, requires the use of not only appropriate machines, but as well a communication framework and data model that is manufacturer independent and scalable. This paper proposes a communication-framework based on OPC UA that employs an agent-based architecture. The proposed system has been implemented and tested in the Digital Factory of the UAS Technikum Wien. It shows promising behavior within distributed manufacturing systems.

Labview Based Automated External Defibrillator

In today's era when precise, accurate and time efficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce a wireless, automated, cost effective, yet reliable and efficient system of fluid dispensing. Our prototype system can dispense varying amounts of fluids in milliliters (maximum 1L) as per demand of the user. It uses the principle of time based fluid dispensing achieved through the built-in timer property of the AT89C51 microcontroller. To satisfy the principle used and verify the system's accuracy, fluids of varying viscosities were dispensed and monitored. The experimental results of the wireless fluid dispensing system when tested showed linear relationship between the dispensing time and desired volumes of fluids having differing viscosities. The added feature of wireless control using HM-TRP series transceiver module along with onsite control via a keypad eliminated the need of physical presence of operator within the range of 10 meters in order to make the system operational. This system can be used in pharmaceutical and beverage industries as well as in different laboratories for dispensing and filling volumes of fluids with varying viscosities.

4 Labview Based Automated External Defibrillator

In today's era when precise, accurate and timeefficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce awireless, automated, cost effective, yet reliable and efficientsystem of fluid dispensing. Our prototype system can dispensevarying amounts of fluids in milliliters (maximum 1L) as perdemand of the user. It uses the principle of time based fluiddispensing achieved through the built-in timer property of theAT89C51 microcontroller. To satisfy the principle used andverify the system's accuracy, fluids of varying viscosities weredispensed and monitored. The experimental results of thewireless fluid dispensing system when tested showed linearrelationship between the dispensing time and desired volumes offluids having differing viscosities. The added feature of wirelesscontrol using HM-TRP series transceiver module along with onsitecontrol via a keypad eliminated the need of physical presenceof operator within the range of 10 meters in order to make thesystem operational. This system can be used in pharmaceuticaland beverage industries as well as in different laboratories fordispensing and filling volumes of fluids with varying viscosities.

Labview Based Automated External Defibrillator

In today's era when precise, accurate and timeefficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce awireless, automated, cost effective, yet reliable and efficientsystem of fluid dispensing. Our prototype system can dispensevarying amounts of fluids in milliliters (maximum 1L) as perdemand of the user. It uses the principle of time based fluiddispensing achieved through the built-in timer property of theAT89C51 microcontroller. To satisfy the principle used andverify the system's accuracy, fluids of varying viscosities weredispensed and monitored. The experimental results of thewireless fluid dispensing system when tested showed linearrelationship between the dispensing time and desired volumes offluids having differing viscosities. The added feature of wirelesscontrol using HM-TRP series transceiver module along with onsitecontrol via a keypad eliminated the need of physical presenceof operator within the range of 10 meters in order to make thesystem operational. This system can be used in pharmaceuticaland beverage industries as well as in different laboratories fordispensing and filling volumes of fluids with varying viscosities.

Fluid Dispenser Prototype: A Time Based Approach

In today's era when precise, accurate and time efficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce a wireless, automated, cost effective, yet reliable and efficient system of fluid dispensing. Our prototype system can dispense varying amounts of fluids in milliliters (maximum 1L) as per demand of the user. It uses the principle of time based fluid dispensing achieved through the built-in timer property of the AT89C51 microcontroller. To satisfy the principle used and verify the system's accuracy, fluids of varying viscosities were dispensed and monitored. The experimental results of the wireless fluid dispensing system when tested showed linear relationship between the dispensing time and desired volumes of fluids having differing viscosities. The added feature of wireless control using HM-TRP series transceiver module along with onsite control via a keypad eliminated the need of physical presence of operator within the range of 10 meters in order to make the system operational. This system can be used in pharmaceutical and beverage industries as well as in different laboratories for dispensing and filling volumes of fluids with varying viscosities.

Fluid Dispenser Prototype: A Time Based Approach

In today's era when precise, accurate and timeefficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce awireless, automated, cost effective, yet reliable and efficientsystem of fluid dispensing. Our prototype system can dispensevarying amounts of fluids in milliliters (maximum 1L) as perdemand of the user. It uses the principle of time based fluiddispensing achieved through the built-in timer property of theAT89C51 microcontroller. To satisfy the principle used andverify the system's accuracy, fluids of varying viscosities weredispensed and monitored. The experimental results of thewireless fluid dispensing system when tested showed linearrelationship between the dispensing time and desired volumes offluids having differing viscosities. The added feature of wirelesscontrol using HM-TRP series transceiver module along with onsitecontrol via a keypad eliminated the need of physical presenceof operator within the range of 10 meters in order to make thesystem operational. This system can be used in pharmaceuticaland beverage industries as well as in different laboratories fordispensing and filling volumes of fluids with varying viscosities.

4 Fluid Dispenser Prototype: A Time Based Approach

In today's era when precise, accurate and timeefficient systems are in great demand, automated techniquessupersede manual practices. As a need of time, we introduce awireless, automated, cost effective, yet reliable and efficientsystem of fluid dispensing. Our prototype system can dispensevarying amounts of fluids in milliliters (maximum 1L) as perdemand of the user. It uses the principle of time based fluiddispensing achieved through the built-in timer property of theAT89C51 microcontroller. To satisfy the principle used andverify the system's accuracy, fluids of varying viscosities weredispensed and monitored. The experimental results of thewireless fluid dispensing system when tested showed linearrelationship between the dispensing time and desired volumes offluids having differing viscosities. The added feature of wirelesscontrol using HM-TRP series transceiver module along with onsitecontrol via a keypad eliminated the need of physical presenceof operator within the range of 10 meters in order to make thesystem operational. This system can be used in pharmaceuticaland beverage industries as well as in different laboratories fordispensing and filling volumes of fluids with varying viscosities.

A reliable quality of service aware fault tolerant gateway discovery protocol for vehicular networks

AbstractA great interest in vehicular ad‐hoc networks has been noticed by the research community. General goals of vehicular networks are to enhance safety on the road and to ensure the convenience of passengers by continuously providing them, in real time, with information and entertainment options such as routes to destinations, traffic conditions, facilities' information, and multimedia/Internet access. Indeed, time efficient systems that have high connectivity and low bandwidth usage are most needed to cope with realistic traffic mobility conditions. One foundation of such a system is the design of an efficient gateway discovery protocol that guarantees robust connectivity between vehicles, while assuring Internet access. Little work has been performed on how to concurrently integrate load balancing, quality of service (QoS), and fault tolerant mechanisms into these protocols. In this paper, we propose a reliable QoS‐aware and location aided gateway discovery protocol for vehicular networks by the name of fault tolerant location‐based gateway advertisement and discovery. One of the features of this protocol is its ability to tolerate gateway routers and/or road vehicle failure. Moreover, this protocol takes into consideration the aspects of the QoS requirements specified by the gateway requesters; furthermore, the protocol insures load balancing on the gateways as well as on the routes between gateways and gateway clients. We discuss its implementation and report on its performance in contrast with similar protocols through extensive simulation experiments using the ns‐2 simulator. Copyright © 2013 John Wiley & Sons, Ltd.

Development of a sampling regime for research with environmental relevance based on variability of transgene expression in plants

AbstractTransgenic plants often produce proteins that are unknown in conventional crops. Therefore, it requires a fundamental analysis before approval of a new genetically modified plant is given. Since the EFSA-guidelines for risk assessment on transgenic plants provide only recommendations but no detailed instructions, we wanted to develop a valid test scheme that defines sample size and sampling organ to enable a statically valid and efficient analysis of transgene expression and its variability. The scheme will be based on data obtained for the variability in expression i. of different recombinant proteins in one variety; ii. of different integration sites of one transgene in one variety; iii. of the same recombinant protein between different varieties and between isogenic clones in a variety. The optimization of experimental procedures shall enable the development of cost and time efficient and valid sampling systems that will be used as a part of the Decision Support System (DSS) that is developed by BioOK.

Enhancing Accessibility for University Students with Specific Learning Disabilities Using a Computerized Screening System

This paper considers the diagnostic value of a computer screening system as an alternative, or adjunct, to traditional battery testing systems in identifying the presence of specific learning disabilities (SLD) in university students. In the present times of increasing numbers of students with various forms of disabilities entering tertiary education, institutional fiscal constraints, problems with employing and securing professional staff, and the heightened value placed on time, it would seem sensible to utilize cost and time efficient systems for diagnosing the presence of disabilities in students. This paper therefore considers the use of the Lucid Adult Dyslexia Screening (LADS) system, and draws from the university casebook of one psychologist to highlight its usefulness in terms of increasing accessibility to assessment and associated services. It is argued that, because the diagnostic phase is crucial to the approval and implementation of accommodations, efficiency in the assessment process contributes to reducing barriers that students with SLD may face in gaining access to equitable assistive resources. The conclusion suggests that LADS is a cost and time efficient system, but needs to be used judiciously by considering the clinical history of the student. Scope for further research is also indicated.