The Internet of Things (IoT) healthcare has been suggested as a talented way of importantly increasing patient productivity also satisfaction. In IoT, medical instruments calculate the critical symptoms of the patient...
The Internet of Things (IoT) healthcare has been suggested as a talented way of importantly increasing patient productivity also satisfaction. In IoT, medical instruments calculate the critical symptoms of the patients and add them onto medical databases that are processed and retrieved by healthcare personnel in the cloud. Encryption is usually used to maintain authentication by trusted parties to medical data while avoiding unauthorized access to them to protect patient privacy. The prompt access to patient files in emergency cases is important in healthcare. In this article we suggest a scheme that facilitates the access to protected medical data, attribute-based access and broken glass access, which is a compact blow access control (LiBAC). Under normal cases an attribute-set medical worker can decode and view the data that complies with the access policy of the medical file. The break-glass entry system circumvents the patient file access regulation, allowing emergency medical services or rescue personnel to access the records in good time. As the instruments in the IoT healthcare network conduct very few calculations and storage in addition communication overheads are minimal, LiBAC is light-weight. LiBAC in the standard model has been officially proven stable, and comprehensive studies are carried out to illustrate its efficacy.
Air contamination is today the world's toughest problem for the environment and public health. Air contamination has a detrimental effect on the wellbeing of humans, the atmosphere and the biodiversity. Factory ai...
Air contamination is today the world's toughest problem for the environment and public health. Air contamination has a detrimental effect on the wellbeing of humans, the atmosphere and the biodiversity. Factory air pollution continues caused by leaked toxic gases, vehicle waste and increasing accumulation of unhealthy gases and particulate matter. Particular materials are among the principal parameters of elevated air emissions, including real-time air quality monitoring to be monitored and analysed to determine correctly in a prompt manner. A standalone air quality control system with many parameters in operation in real-time is introduced in this article: CO2, temperature, humidity, air quality PM 2.5 and carbon monoxide. In reality, in every sector, the Internet of Things is commonly used and is also a key factor in air quality management. The Internet of Things Cloud Computing is a new way of improving the data processing of multiple sensors obtained and transmitted by the low-cost Raspberry pi ARM minicomputer.
High penetration of renewable energies in the electrical grids require forecasting information for their proper integration. This necessitates the robust forecasting techniques in terms of faster speed and high accura...
详细信息
The evolution of technology have made Robotics as an inevitable tool in the world of automation and have a huge influence in surveillance activities, material handling and military purposes too. Developing the mechani...
The evolution of technology have made Robotics as an inevitable tool in the world of automation and have a huge influence in surveillance activities, material handling and military purposes too. Developing the mechanism for climbing the staircase and moving in bumpy region are meticulous task. The installation of gyroscope and sensors to maintain the stability of the system under inclined and stepped area incurs high cost and increases the weight of the system. A CaterBOT is a bio-inspired robotic mechanism constructed with two pair of ribbed belt drive, which has the motion similar to Caterpillar. The primary drive mechanism, which acts as basement of the robot, provides the translator motion. The secondary ribbed belt drive is an extended flipper arm, which enables the robot to climb the obstacles and staircase as well. The wireless control of drives enables ease operation of CaterBOT on bumpy region. The worm wheel driven flipper arm offers enough grip and maintains stability of the vehicle on jagged and steep surfaces. The CaterBOT facilitated with camera, IR sensor and temperature sensor in favour of making to use in observation and military purposes.
作者：
M. S. Bennet PrabaJ S Femilda JosephinAssistant Professor
Department of Computer Science and Engineering SRM Institute of Science and Technology Ramapuram Chennai India. Associate Professor
Department of Software Engineering SRM Institute of Science and Technology Kattankulathur Chennai – 603 203 India.
Connected cars are comfortable to drivers. But it also threat to humans. Connected vehicles share data like street safety, traffic analysis, road administration information like café, hospital, etc utilizing intr...
Connected cars are comfortable to drivers. But it also threat to humans. Connected vehicles share data like street safety, traffic analysis, road administration information like café, hospital, etc utilizing intruded on web availability and it is time delicate. Connected vehicles allow drivers and passengers to connect to the outside world while on the road. Security is the primary challenge for automakers and other stakeholders, because connected vehicles rely on wireless and cellular communication interfaces. Information should be protected from intruders. The communications between connected vehicles should be a trusted one. Safety is the primary focus of connected cars and the intruders should be identified and the intruders and falsified nodes can be identified by authentication schemes. In VANET vehicles react as indicated by the data got from the opposite end, so it is very vital that the data spreading in the framework is valid and produced by a genuine client. But there are many pitfalls in various authentication schemes. Privacy of the connected vehicles should be while sharing information and also information shared between connected vehicles should be an authenticated one. So still it a major challenge in connected vehicles due to the special characteristics like mobility, time sensitive, etc. This survey discussed the various authentication schemes and the various attacks related to that. Based on the survey, future directions of the secured trusted communications of connected vehicles have been discussed. The aim of this survey is to identify secured authentication techniques for a trusted communication.
This study has been made to augment the engine operating factors for the most beneficial enactment of a diesel engine driven with amalgams of honge methyl ester by the application of taguchi method. Investigations had...
This study has been made to augment the engine operating factors for the most beneficial enactment of a diesel engine driven with amalgams of honge methyl ester by the application of taguchi method. Investigations had been carried on a liquid cooled single cylinder CI engine. Which is loaded by eddy current dynamometer. The investigation done beneath various operating situations of engine such as operating capacity, timing of injection, air fuel ratio, and compression ratio. Brake Thermal Efficiency and nitrogen oxides (NOx) emissions were studied for different operating conditions. Mathematical reckonings were established to foretell the BTE and NOx. An ANOVA analysis used to be studied the most sizable parameters affecting the responses. It was found that the injection timing and engine load were major effect in the BTE however the Engine load, compression ratio and injection timing strongly have an effect on NOx emissions. With use of MINITAB optimization has been performed. The optimization results were shows that load of 81.3%, the usage of 16% combination percentage, 16 compression ratio, injection timing of 26.36° BTDC have been found to be peak quality and the resultant of BTE and NOx were 36.5% and 240 ppm, correspondingly.
The Utilization of natural fibers for various polymeric applications in increasing owing to its cost effectiveness and versatile applications. In this work four different Tri layer hybrid composites were developed by ...
The Utilization of natural fibers for various polymeric applications in increasing owing to its cost effectiveness and versatile applications. In this work four different Tri layer hybrid composites were developed by using hand lay up by varying the kenaf and ramie fibers in different stacking sequences. Fourdifferent hybrid composites with K1-Kenaf/Ramie/Kenaf (KE/RA/KE) K2-Ramie/Kenaf/Ramie (RA/KE/RA) K3-Kenaf-Kenaf-Kenaf (KE/KE/KE), K-4 Ramie-Ramie-Ramie(RA/RA/RA) were investigated. Tensile, Flexural, Impact and Shore-d Hardness were investigated. Outcome of the results depicted that the tensile, flexural and hardness studies possessed similar results. The Composites with ramie fiber at skin layer and kenaf as core material posseseed good tensile, flexural and hardness properties, Similarly the kenaf at outer layer and ramie as a core had better impact strength. The outcome reveals that the composites can be used as an alternative in structural and automobile ***(Scanning ElectronicMicrscopy) was done to observe fracture surfaces, Fiber pull out and void formation.
Missing requirements or incomplete requirements about the project is making delay in projects and that affect customer satisfaction. This problem is caused due to customer or requirement engineer. If it is due to cust...
Missing requirements or incomplete requirements about the project is making delay in projects and that affect customer satisfaction. This problem is caused due to customer or requirement engineer. If it is due to customer then customer may not give it during requirement elicitation. If it is due to requirement engineer then requirement engineer may not collect it during elicitation. Or it is caused the inefficiency of both the parties. To avoid the missing requirements problem, this paper is expressing an intelligent approach.
暂无评论