Robotic arm- Automated real time object detection

In robotic industry, today, interactions between human and machine usually consists of programming and maintaining machine using human operator. Using a robotic system in any industry for work provides precision and a certain level of accuracy. A robotic entity such as a robotic arm will not ask for time out and can work efficiently day and night which will in turn increase efficiency in workplace. In this paper, we have explained about an arm created, which works in such a way that while the robotic arm is working, camera is able to identify any object it sees which is taken care by the worker looking over the arm. The major outcome and result is the increased efficiency in workplace, precision and accuracy in low cost which can also be used for house hold chores too.

Design and Analysis of Industrial Automation using Speech Recognition with Wireless Technology

Today, Internet is the best place to communicate and share information among the people throughout the world and gives an endless support of knowledge and entertainment. The main objective of Internet technology is to increase efficiency and decrease human effort. With the introduction of Internet of Things (IoT) in the last decade, we have been pushing for ubiquitous computing in all spheres of life. Physically challenged people are also using the Internet with the help of Speech commands (SC). The main objective of this paper is to minimize the effort and increase efficiency of the Voice recognition and IoT based secured automation, To design multi parameter monitoring system using Microcontroller that measures and controls various global parameters and the system comprises with wireless mode of communication. These processes were managed using Arduino and Bluetooth. The parameters that can be tracked are temperature, humidity and fire. Here we design the automatic system for voice based industrial automated system. That is an android app is used to give input data as voice input to the micro controller. In the micro controller section there will be a Bluetooth module to receive the data transmitted. Once the data is received the coding is executed according to the data which the controller got. Here we can monitor the temperature, humidity and gas and fire value of the industry and according to the values the prevention action is taken. The motor, dc fan and the light is turned on and off according to the voice input. And the action done here is implemented to the IOT.

Faktor-Faktor yang Berpengaruh dalam Pemilihan Subkontraktor dan Pengaruhnya Terhadap Waktu Pelaksanaan

Prime contractors rely heavily on subcontractor services to lower costs and increase efficiency on construction projects. Subcontractors perform certain tasks that the main contractor cannot perform efficiently. To get a competent subcontractor, it is necessary to hold the selection of subcontractors. The selection of subcontractors becomes very important in keeping pace with the growth of the construction industry, so the main contractor as the construction executor requires a subcontractor or specialist contractor for certain jobs that require specialized expertise. This study was conducted by reviewing the findings of several related scientific journals, so that the factors that influence the selection of subcontractors and the most influential factors are the experience of doing similar work. In addition, it also found its effect on the time of implementation of the project.

Efficiency Measurement of Compressed Air Compressors Using High Availability SoC with 1oo2 Redundancy Architecture

Compressed air systems are essential components in various industrial and everyday applications. The efficiency of these systems is very important due to their role in the energy consumption of industrial plants. To increase efficiency, a new concept for compressed air compressors based on Industry 4.0 is presented. Due to the aggressive environmental conditions in which the compressed air compressors operate, a new design of a SoC with high availability based on 1oo2 redundancy architecture is developed.

Investigation of the effectiveness of the differential diagnostic approach to the use of adaptive biofeedback in martial artists

The effectiveness of the use of biofeedback in the prevention and correction of overtraining, psychophysiological disfunctions, disruption of adaptation processes in young and highly qualified athletes engaged in martial arts is shown. The selection of individual recovery programs using biofeedback allowed to optimize the functional work of the body's systems and increase efficiency. All athletes who have completed a targeted biofeedback course have shown high results at competitions for the first time. Key words: biofeedback, neurotraining, combat readiness, functional capabilities, taekwondo, judo, boxing, free-style wrestling.

GERARD: GEneral RApid Resolution of Digital Mazes Using a Memristor Emulator

In this paper, a system of searching for optimal paths is developed and concreted on a FPGA. It is based on a memristive emulator, used as a delay element, by configuring the test graph as a memristor network. A parallel algorithm is applied to reduce computing time and increase efficiency. The operation of the algorithm in Matlab is checked beforehand and then exported to two different Intel FPGAs: a DE0-Nano board and an Arria 10 GX 220 FPGA. In both cases reliable results are obtained quickly and conveniently, even for the case of a 300x300 nodes maze.

One of the approaches to modeling the process of insect development to improve the effectiveness of protective measures of fruit crops

Protection of fruit crops from pests is one of the most important tasks of gardening. In turn, the use of protective measures has both positive and negative sides, which makes the issue of improving their effectiveness one of the main ones. Having data on the estimated number of pests and the dates of the beginning of their development phases, it is possible to increase efficiency by choosing the optimal exposure measure and drawing up a more accurate schedule of protective measures. One way to determine such parameters is to use simulation. The article presents one of the approaches to constructing a mathematical model of the insect development process, which is used to build a software simulation model that allows to increase the effectiveness of protective measures of fruit crops. The article describes what is the essence of the modeled process. A mathematical model and methods for determining its parameters are presented. The required initial data for modeling are defined.