RANCANG BANGUN SISTEM PARKIR OTOMATIS DAN INFORMATIF BERBASIS MIKROKONTROLER ATMEGA2560

Kebanyakan fasilitas parkir tidak memberikan informasi bahwa parkiran sudah penuh sehingga membuat pengguna jasa parkir harus memakan waktu lebih dari 10 menit untuk menemukan slot parkir. Sistem parkir dirancang untuk membuka dan menutup portal secara otomatis serta memberikan informasi slot parkir yang harus dituju oleh pengguna jasa parkir pada sebuah layar monitor yang diletakkan sebelum portal masuk. Sistem ini juga mampu menampilkan jumlah slot parkir yang masih tersedia. Lampu indikator pada slot parkir berfungsi untuk memberikan indikasi menyala jika slot sudah terisi dan tidak menyala jika slot parkir tidak terisi. Indikasi ini menjadi parameter untuk tampilan informasi slot parkir yang harus dituju. Prototipe menggunakan pressure switch pad untuk mengaktifkan portal dan counter, motor servo sebagai penggerak portal masuk dan portal keluar, sensor LDR untuk mendeteksi keberadaan mobil pada slot parkir, LED sebagai lampu indikator, LCD sebagai layar monitor, dan seven segment sebagai counter dan menampilkan jumlah slot parkir yang masih tersedia. Angka pada seven segment berkurang jika mobil masuk dan bertambah jika mobil keluar. Prototipe mampu memberikan informasi bahwa parkiran penuh dengan menampilkan angka 0 (nol) pada seven segment dan informasi slot parkir FULL pada LCD. Portal masuk tidak dapat terbuka jika semua slot parkir telah terisi

Sales Management Portal

The objective of this project is to develop a sales management portal to promote and offer the courses from non-profit organization to the perspective students. This portal acts as a marketing tool and should be used to monitor the sales and registrations. This Portal lists all the courses available and its course details, it also includes the schedule and instructors of the courses and stores the information related to inquiries about the courses. This Portal gives a secured access to stake holders. Stakeholders can track the communications, contacts, registrations, payments, and enrollments.Every organization has a sales pipeline; it helps to monitor the progress of sales in period of time. This will help in success of the organization regardless if there may be demise. All the information about sales of course is stored in the database. Using this data, we can analyses which courses have more demand, so that we can introduce more related courses. This portal keeps the organization’s management up-to-date and helps in effectiveness in the productivity of the sales

Noninvasive Evaluation of Portal Hypertension: Emerging Tools and Techniques

Portal hypertension is the main cause of complications in patients with cirrhosis. However, evaluating the development and progression of portal hypertension represents a challenge for clinicians. There has been considerable focus on the potential role of noninvasive markers of portal hypertension that could be used to stratify patients with respect to the stage of portal hypertension and to monitor disease progression or treatment response in a longitudinal manner without having to undertake repeated invasive assessment. The pathogenesis of portal hypertension is increasingly understood and emerging knowledge of the vascular processes that underpin portal hypertension has paved the way for exploring novel biomarkers of vascular injury, angiogenesis, and endothelial dysfunction. In this paper we focus on the pathogenesis of portal hypertension and potential non-invasive biomarkers with particular emphasis on serum analytes

A Vehicular Portal Monitor

A NaI monitoring system was assembled and installed to provide radiological surveillance of refuse trucks destined for the sanitary landfill at Brookhaven National Laboratory. The performance of the system was tested by obtaining count rates for various gamma reference sources placed in the bed of a pickup truck parked over the detector. The system's sensitivity was documented for the various sources counted in a stationary truck as well as in a truck moving over the detector. Data analysis also determined the lower limits of detection for the system. Performance testing of the vehicular portal monitor suggest that it can detect μCi amounts of radionuclides on a truck.Master of Science in Public Healt

Intermittent Pringle Maneuver and Hepatic Function: Perioperative Monitoring by Noninvasive ICG-Clearance

BACKGROUND: Intermittent Pringle maneuver or selective portal clamping often are used to control inflow during parenchymal liver transection. This study was designed to determinate whether these maneuvers are associated with adverse hepatic function. METHODS: Resection was performed without portal clamping in 17 patients (group 1). Selective continuous portal clamping was performed in 11 patients (group 2) and the remaining 33 patients (group 3) had intermittent nonselective portal clamping (occlusion of the main portal trunk). The centers' protocol for total portal occlusion is 15-min occlusion alternated with 5-min reperfusion in patients with normal liver parenchyma or 10 min alternated with 5 min in patients with abnormal parenchyma. ICG elimination tests were conducted concurrently using a noninvasive monitor that tracks the plasma disappearance rate (PDR-ICG-%/min) and 15-min retention rate after administration (ICG-R15-%). RESULTS: There was no statistically difference between the three studied groups in terms of sequential changes of ICG-PDR (p < 0.625) or ICG-R15 (p < 0.398). CONCLUSIONS: Our study indicates that 15 min of intermittent Pringle maneuver or selective hemihepatic continuous portal clamping are safe methods of vascular control during liver resection, with no adverse effects on hepatocellular function

PEREKAYASAAN PERANGKAT LUNAK PORTAL MONITOR RADIASI DENGAN LabVIEW™

ABSTRAKPEREKAYASAAN   PERANGKAT LUNAK PORTAL MONITOR RADIASI DENGAN LabVIEW™. Telah dilakukan pembuatan   perangkat lunak portal monitor radiasi dengan menggunakan  LabVIEW™.  Perangkat  lunak  ini  mampu  mendeteksi  adanya  sumber  radiasi standard di dalam model kendaraan. Pada saat model kendaraan melewati Portal Monitor Radiasi (PMR) akan terjadi  alarm karena hasil cacahan  melebihi ambang batas yang sudah ditetapkan. Semua   alarm yang terjadi, data   pemindaan, data latar   dan   kendaraan   disimpan di dalam database. Dari sepuluh kali percobaan PMR, adanya sumber pada model kendaraan tersebut selalu dapat dikenali. Bentuk profil hasil pemindaian belum dapat    menunjukkan  letak sumber didalam model kendaraan.Katakunci: Portal Monitor Radiasi (PMR) ,  LabVIEW™ ABSTRACTAN ENGINEERING OF RADIATION PORTAL MONITOR PROGRAM USING LabVIEW™. A computer program package for radiation portal monitor (RPM) using LabVIEW has been developed. This program is able to detect the presence of a standard source in a modeled vehicle. When the modeled vehicle passes through an RPM, the sensor is alarmed because the count exceeds the alarm threshold previously set. All data on the alarm occurrence, scanning process, background counts, and vehicles are stored in a database. The experiment was repeated ten times. The results indicate that the RPM is able to detect the presence of the standard source located in the modeled vehicle. However, the program still needs an improvement in the scanning profile to make it able to identify the precise location of the source in the vehicle.Keywords: Radiation Portal Monitor (RPM), LabVIEW

PEREKAYASAAN PERANGKAT LUNAK PORTAL MONITOR RADIASI DENGAN LabVIEW™

ABSTRAKPEREKAYASAAN   PERANGKAT LUNAK PORTAL MONITOR RADIASI DENGAN LabVIEW™. Telah dilakukan pembuatan   perangkat lunak portal monitor radiasi dengan menggunakan  LabVIEW™.  Perangkat  lunak  ini  mampu  mendeteksi  adanya  sumber  radiasi standard di dalam model kendaraan. Pada saat model kendaraan melewati Portal Monitor Radiasi (PMR) akan terjadi  alarm karena hasil cacahan  melebihi ambang batas yang sudah ditetapkan. Semua   alarm yang terjadi, data   pemindaan, data latar   dan   kendaraan   disimpan di dalam database. Dari sepuluh kali percobaan PMR, adanya sumber pada model kendaraan tersebut selalu dapat dikenali. Bentuk profil hasil pemindaian belum dapat    menunjukkan  letak sumber didalam model kendaraan.Katakunci: Portal Monitor Radiasi (PMR) ,  LabVIEW™ ABSTRACTAN ENGINEERING OF RADIATION PORTAL MONITOR PROGRAM USING LabVIEW™. A computer program package for radiation portal monitor (RPM) using LabVIEW has been developed. This program is able to detect the presence of a standard source in a modeled vehicle. When the modeled vehicle passes through an RPM, the sensor is alarmed because the count exceeds the alarm threshold previously set. All data on the alarm occurrence, scanning process, background counts, and vehicles are stored in a database. The experiment was repeated ten times. The results indicate that the RPM is able to detect the presence of the standard source located in the modeled vehicle. However, the program still needs an improvement in the scanning profile to make it able to identify the precise location of the source in the vehicle.Keywords: Radiation Portal Monitor (RPM), LabVIEW

CRM Portal

The aim of this application is to automate the existing system of operations of customer relationship management (CRM) by establishing the relationship of the customer with the management and employees of the organization through a web portal. The portal helps to improve the customer service, maintain relationship of customers and sales department, streamline the workflow and grow the organization, thus maximizing profits. The higher management can monitor and check reports, helping them make business decisions using the data. The application will be organized, user friendly, mobile compatible and will have smooth navigation using common functions in the header and footer. The portal helps the manager to make announcements which can be viewed by all the staff members in order of date. This portal facilitates the user to get general information about their clients, contact information, projects and special comment on prospects and clients for future references. It allows managers and above level staff to add special comments, if needed. A search function is available for quick searching of customers, projects and any other activities by name. The created database supports the portal and its functionalities. The functionalities include sales management, contact management, reports and integration on social media. Social media integration helps us promote our services through the online social world whereas the reports helps the top-level management in decision making through the data collected. Also, the portal will have different type of logins as per the types of user, for example, sales manager, sales staff, customer, management. This portal will help improve the business of the company making the staff more time efficient and organized. The staff will have a better knowledge of their customers and would be able to provide better solutions to them. As for the prospects, staff can go after them and can access detailed information to turn them into clients. The high-level management can monitor each customer project and staff performance and can make informed decisions from the data collected