Monitoring System Building Plan for Risk of Civil Office

The development of increasingly rapid information technology requires companies to have a system that is able to provide data and information quickly and accurately. Tangerang Regency Education Office is a government agency in charge of controlling the education sector. In its business process, the Education Office still faces difficulties in obtaining reports on employment in periodic salary increases, because the system used is still using the help of Microsoft excel application software that is semi computerized, so that every data reported often has errors in providing civil servant salaries. Based on these problems Tangerang District Education Office is in dire need of an automated computer system that can control the regular salary increases of civil servants effectively and efficiently. As a tool to help in object-oriented programming language, Unified Modeling Language (UML) is used to describe the system, while data collection techniques use observation, interview, and literature study methods, so that the system can be monitored properly, effectively and efficiently using MySql databases, and PHP. Keywords: Staffing, Periodic Salary Increase, Controlling, Web

Optical monitoring system

Instrument can measure optical transmission, reflectance, and scattering. This information can be used to identify changes in optical properties or deviations from required optical standards. Device consists of monochromatic source, photo detector, transfer mirror, and hemiellipsoid. System might be used to measure optical properties of thin film

Welding monitoring system

This invention relates to systems for remotely monitoring automatic welding operations, and more particularly to a system wherein the welder is readily positionable, while components of the optical system remain fixed. A welder having an electrode is mounted in an enclosure containing a pair of mirrors. The electrode passes through an opening in the first mirror and a gas cup. The mirror reflects an image of a welding operation taken through the opening of the gas cup to the second mirror. The second mirror then reflects the image through a rotary coupling to a third mirror which, in turn, reflects the image to a receiving lense mounted to a second rotatable coupling. The image is then projected via a fiber optic bundle to a filter unit where selected wavelengths of light are filtered from the welding image. The filter unit is coupled to an enlarger which enlarges the image and passes it to a camera. The camera is connected to an electronic eclipser which selectively darkens the brightest portions of the image. Finally, the image is recorded by a video tape recorder and displayed by a monitor

Voltage monitoring system

A description is given of a system for monitoring the voltage at a remote location and determining when the voltage exceeds upper and lower levels. The system includes transmission lines for transmitting the voltage back to a central station and applying such to an amplifier having a pair of outputs. One of the outputs of the amplifier is applied to an oscillograph. The other output is fed through an isolation transformer, a full wave rectifier, to a pair of unijunctional transistor circuits for producing pulses when the voltage exceeds or drops below a predetermined level. These pulses, in turn, energize a relay which turns on the oscillograph for recording the voltages being monitored

Automated patient monitoring system

Radio-linked patient monitoring system collects several channels of physiological data from as many as 64 hospital patients and transmits the data in digital form to a central control station. The system consists of a central control station and battery-operated patient units comprising small strap-on electronics packages

Remote water monitoring system

A remote water monitoring system is described that integrates the functions of sampling, sample preservation, sample analysis, data transmission and remote operation. The system employs a floating buoy carrying an antenna connected by lines to one or more sampling units containing several sample chambers. Receipt of a command signal actuates a solenoid to open an intake valve outward from the sampling unit and communicates the water sample to an identifiable sample chamber. Such response to each signal receipt is repeated until all sample chambers are filled in a sample unit. Each sample taken is analyzed by an electrochemical sensor for a specific property and the data obtained is transmitted to a remote sending and receiving station. Thereafter, the samples remain isolated in the sample chambers until the sampling unit is recovered and the samples removed for further laboratory analysis

Development of an integrated remote monitoring technique and its application to para-stressing bridge system

Bridge monitoring system via information technology is capable of providing more accurate knowledge of bridge performance characteristics than traditional strategies. This paper describes not only an integrated Internet monitoring system that consists of a stand-alone monitoring system (SMS) and a Web-based Internet monitoring system (IMS) for bridge maintenance but also its application to para-stressing bridge system as an intelligent structure. IMS, as a Web-based system, is capable of addressing the remote monitoring by introducing measuring information derived from SMS into the system through Internet or intranet connected by either PHS or LAN. Moreover, the key functions of IMS such as data management system, condition assessment, and decision making with the proposed system are also introduced in this paper. Another goal of this study is to establish the framework of a para-stressing bridge system which is an intelligent bridge by integrating the bridge monitoring information into the system to control the bridge performance automatically.Peer ReviewedPostprint (published version

Analisis Network Monitoring System dengan Menggunakan Probe

Sistem monitoring jaringan sangat diperlukan dalam menjaga kualitas kinerja sebuah penyedia jasa layanan pelanggan. PROBE merupakan suatu sarana atau aplikasi yang digunakan oleh salah satu Perusahaan penyedia layanan telekomunikasi dan jaringan yaitu Huawei. Proses pengukuran dan pengamatan dengan menggunakan PROBE dilakukan dalam 2 tahap yaitu Mobility dan Proses Statistik. Kedua proses tersebut akan memperlihatkan kondisi sinyal sebuah Antena Pemancar (BTS). PROBE juga akan memperlihatkan kualitas sinyal dengan enam indikator warna yaitu : merah tua, merah muda, hijau, kuning, oranye dan merah. Dimana masing-masing indikator dibandingkan dengan tingkat kualitas kekuatan sinyal yang diterima oleh pengguna terhada frekuensi yang dihasilkan dari antena pemancar tersebut (RSRP)

Solar proton monitoring system

Solar proton monitoring system in North Americ