Papers by Keyword: Communication

Abstract: The implementation of Industry 4.0 is based, among other things, on the digitization and greening of manufacturing systems. Most traditional manufacturing systems are known for low productivity and efficiency. They are also known for the impact they have on the environment, with relatively high carbon footprints. The paper transfers a series of knowledge on the steps to be taken to transition a traditional manufacturing system to a digitized and green one. Customization of this discussion is done for manufacturing systems that have joining processes (welding and soldering). Each set of measures, whether aimed at the transition to digital or aimed at the transition to green, has two components: a technical component, directly related to the transformation of the hardware system (equipment, devices, measuring instruments) and a component auxiliary which is related to the transformation of the human resource, the modification of the working conditions and the continuous optimization of the newly created system. As no change is possible without removing employee misunderstandings and suspicions, the communication to be implemented must be clear, prompt, cover all levels of staff and continuously provide confidence by presenting successful cases and related beneficial figures.

Abstract: Over the last several years, vehicular ad-hoc networks (VANETs) technology booming as significant research topic. Vehicular Ad-hoc Networks (VANETs) are a component of Intelligent Transportation Systems (ITS) that are in charge of communication between moving vehicles in a specific environment. VANETs are increasingly recognised as dependable networks that vehicles engage for communication between moving or stationary vehicles (V2V), Road side unit (RSU).The idea of enabling vehicle communication over a cellular connection prompted the creation of the new protocols, equipment, also different application scenarios. Various simulators were created at the time due to the inherent difficulties of evaluating these research contributions on a real-world test platform. The introduction of autonomous cars and the proliferation of new technology have created new research challenges in VANETs (e.g., 5G and edge computing). As a result, VANET simulators must be assessed to determine whether they are still capable of analysing these novel ideas. This study delivers a comprehensive assessment of Vehicular simulators such as Veins, EstiNet, ezCar2X, Eclipse MOSAIC, VanetSim, NetSim, VENTOS,demonstrating their current condition and capabilities for evaluating innovative situations in Vehicular network research. Depends on this demonstration, we highlight the unresolved research issues need to be resolved in current and future Vehicular network simulations.

Abstract: Vision and hearing (visual and auditory receptors) are still dominant senses when arranging our knowledge of the outside world. At this year's Consumer and Computing International Consumer Electronics Show chief American subsidiary of Bosch, Werner Struth, said that the "analog world as we know it ends." Our perception remains analog as well as the continued transfer of information persists analog transmission channel into which may interfere with, among other things, restrictions resulting from digital technologies.

Abstract: The paper aims to explain the technology of emergence of information. Our research proves that information as communicational product is the result of processing within some operations, actions, mechanisms and strategies of informational material meanings. Are determined eight computational-communicative operations of building information.Information occurs in two communication phases, syncretic and the segregation-synthetic. The syncretic phase consists of four operations: referral of significant field, primary delimitation of information, detection-looking information and an anticipative-draft constitution (feedforward). The segregation-synthetic phase also includes four operations: discrimination, identification, interpretation and confrontation (feedback).In the future we will investigate informational actions, mechanisms and strategies.

Abstract: The Smart Grid, acting as a powerful technique for addressing the existing challenges in the power network, has matured in recent years. Its importance has been well recognised. As the most important property of the Smart Grid, the information interactivity over the power network is a frequent topic for academia and industry. Therefore this paper introduces the main achievements of recent years associated with the communication technology and signal processing methodology based on the Smart Grid. Their pros and cons will also be summarised and analysed in detail. To be brief, the novel properties and developments of the Smart Grid, the communication techniques, and the involvement of cRIO integrating FPGA, TDMS, SQL Server, DataSocket Server and LabVIEW Electrical Power Suite will be elaborated upon.

Abstract: In this paper, a approach for frequency 12-tupling millimeter-wave generation using one DPMZM (Dual-Parallel Mach-Zehnder Modulator) to overcome chromatic dispersion is demonstrated. The millimeter-wave with the baseband signal carried only by minus 6-th order sideband is generated by properly adjusting a series of parameters. As the signal transmittes along the fiber, there is no time shift caused by chromatic dispersion. Theoretical analyses and simulated results show that when the optical mm-wave carrying 2.5Gbps baseband signal transmits over 55 Km, the eye diagram still keeps open and clear. The power penalty is about 0.7 dB after transmits over 40 Km.

Abstract: The distant access of the alarm registration centre to technical devices increases the technical specialists ́ productivity since they do not have to travel physically to the customers who are tens kilometres away. Due to the elimination of the need to travel, the time is saved and the operational costs of controlled devices are significantly lowered. The distant access solution has already been implemented in practice and provides the technicians of the assembly company with the preliminary default diagnostics, and thus accelerating their removal.

Abstract: This paper describes a wind power monitoring software design ideas, and its design focus is the client software monitoring platform for wind farm monitoring. In this paper, for the characteristics and requirements of the wind turbine monitoring system, it involved the design of the wind farm monitoring software design architecture, the design of the monitoring system to achieve real-time display of wind turbine production data, alarms, historical data storage and query, report generation and other operations, achieve the production site for real-time monitoring of wind turbines.

Abstract: Security alarm algorithm is the key technology in the application of automotive active collision avoidance system, both at home and abroad are in-depth study. The main basis for security alarm is the distance between vehicles, when the distance between the two vehicles arrive at certain critical range, the alarm system will alarm, to remind the driver brake or deceleration. This paper mainly introduces the safety distance between vehicles of the problem, based on the research at home and abroad, is improved to make it more in line with the real traffic environment on the existing model.

Abstract: A new relay protection based on electronic communication is presented for the access of distributed generation. After distributed generation access to the system, distribution network power flow direction and short-circuit current level will change. This paper describes the effects of distributed generation on distributed network by building feeder system simplified PSCAD/ EMTDC model. According to the analysis, the new relay protection can improve the stability and reliability of distributed network.