Penyakit Demam Berdarah Dengue (DBD) merupakan salah satu penyakit menular dan berbahaya. Maka dari itu, dengan dibuatnya skripsi tentang Penerapan Animasi 2D pada Iklan Layanan Masyarakat tentang Upaya Pencegahan DBD ini, penulis memiliki tujuan untuk menyadarkan masyarakat Kota Palembang tentang upaya mencegah serta menanggulangi DBD. Pada iklan layanan masyarakat ini, upaya yang akan disosialisasikan dikemas dengan cerita fiktif yang diperankan oleh tokoh karakter 2D sehingga menjadi lebih menarik untuk diketahui. Selain itu juga dilakukan penelitian terhadap keberhasilan iklan layanan masyarakat ini melalui 2 aspek, yaitu aspek daya Tarik iklan yang dinilai oleh para ahli bidang animasi, serta aspek kualitas pesan iklan yang dinilai oleh masyarakat. Pendekatan dalam penelitian ini adalah kuantitatif dengan jenis penelitian deskriptif. Metode yang digunakan dalam penelitian ini adalah metode survei dengan menggunakan teknik kuesioner. Responden dalam penelitian ini berjumlah 10 orang ahli dan 30 orang masyarakat, yang didapatkan dari penyebaran kuesioner online. Hasil dari penelitian ini diketahui bahwa sikap 10 orang responden ahli mengenai Iklan Layanan Masyarakat ini sebesar 85,6% dan berada di kategori “Sangat Baik” dan sikap 30 orang responden masyarakat umum sebesar 92,8% dan berada di kategori “Sangat Setuju”.

Dalam kehidupan manusia tidak terlepas dari adanya Gas karbon monoxida, Gas CO, Gas Karbondioksida CO2,dan Gas Metana yaitu hidrokarbon CH4. Gas CO yang tidak berbau sangat berbahaya bagi manusia yang menghirup udara secara langsung karena kekurangan oksigen dan menyebakan lemas karena pengaruh gas beracun. Metana (Methane) adalah hidrokarbon paling sederhana yang berbentuk gas. Metana murni tidak berbau, tidak berwarna, extremely flammable (sangat mudah terbakar) , asphyxian (mampu menggeser oxygen), non toxic dan non corrosive. Pembakaran satu molekul metana dengan oksigen akan melepaskan satu molekul CO2 (karbondioksida). Gas CO2 bersifat asphyxiant yaitu pada konsentrasi yang tinggi dapat menggantikan oxygen di udara, dan menimbulkan sesak napas dan rasa tercekik. Bahaya Gas Metana adalah salah satu gas rumah kaca atau (greenhouse gas) disingkat GHG dan merupakan penyebab terbesar pemanasan global dalam beberapa tahun terakhir. Dari fenomena diatas pada penelitian ini bagaimana perancangan alat yang digunakan untuk mendeteksi besar kandungan dari gas CO, CO2, dan CH4 di udara pada suatu ruangan tertutup. Alat ini menggunakan sensor gas MQ 135 dengan tipe berbeda berdasarkan sentivitas dari ketiga gas tersebut. Pengendali utama alat dengan mikrokontroler ATMEGA 8535 yang digunakan memonitor kadas gas yaitu output tampilan LCD,indikator LED dan blower sebagai netralisir udara bersih dari polutan gas berbahaya. Dari hasil pengujian alat dengan menggunakan sensor MQ 135 terhadap kandungan gas CO, CO2 dan CH4 data yang diterima oleh sensor masih dalam satuan ppm dan dikonversi dalam bentuk persen berdasarkan maksimum ppm detection range oleh masing-masing sensor. Sensor CO dengan maksimum range 2000 ppm, CO2 dengan maksimum range 10000 ppm, dan CH4 dengan maksimum range 20000 ppm. Hasil dari lima kali pengujian masing-masing kadar gas pengukuran sensor CO, CO2, dan CH4 menunjukan nilai rata-rata untuk gas CO 0.0562 % dengan nilai tegangan 0.428 Volt, untuk Gas CO2 nilai rata-rata 0.0127 % dengan nilai tegangan 0.476 Volt, dan nilai rata-rata untuk gas CH4 0.00488 % dengan nilai tegangan 0.364 Volt. Dari data hasil pengukuran sensor CO, CO2, dan CH4 dapat disimpulkan bahwa tegangan yang didapat dari hasil pengukuran dipengaruhi oleh jumlah kadar gas berbahaya. Semakin tinggi kadar gas maka semakin tinggi pula tegangan yang diperoleh masing-masing sensor. Kata kunci: Sensor Gas MQ 135, mikrokontroler ATMEGA 8535, Gas CO, CO2, CH4. Abstrack: In our life, we can not be separated from the Carbon Monoxide (CO) Gas , Carbon Dioxide (CO2) Gas, and Methane Gas (CH4) hydrocarbons. CO gas that does not have smell is very harmful to people who inhale air directly due to lack of oxygen and causes weakness due to the influence of toxic gases. Methane is the simplest form hydrocarbon gas. Pure methane is odorless, colorless, extremely flammable, asphyxian (nontoxic and non corrosive). Burning one molecule of methane with oxygen will release one molecule of CO2 (carbon dioxide). CO2 gas is asphyxiant that is at a high concentrati...

As one of the country with largest population in the world, Indonesia is facing major challenge to serve people in various sectors, one of them is health sector. Utilization of Information and Communication Technology (ICT) has a strategic role in improving efficiency and expanding services access. The main challenge related to data interoperability is the ability to integrate and synchronize data sourced from health information (e-health) systems with different (heterogeneous) platforms. This research aims to build a framework to materialize data interoperability and information exchange among e-health systems. The interoperability is materialized by utilizing service oriented architecture (SOA) paradigm and is implemented using Web Service technology. Service oriented analysis and design (SOAD) is used as method in the system development at the analysis phase and designing phase to generate service portfolio which consisting of three levels: conceptual view, logical view, and physical view. This research intruduces Interoperability Matrix (IM) to describe the modules and entities that involved in the framework design. The framework resulted from this research can be used as reference in e-health systems development in variety of health care applications.

There are many phenomena that human are exposed to toxins from certain types such as of CO2, CO2 and CH4 gases. The device used to detect large amounts of CO, CO2, and CH4 gas in air in enclosed spaces using MQ 135 gas sensors of different types based on the three sensitivity of the Gas. The results of testing the use of sensors MQ 135 on the gas content of CO, CO2 and CH4 received by the sensor is still in the form of ppm based on the maximum ppm detection range of each sensor. Active sensor detects CO 120 ppm gas, CO2 1600 ppm and CH4 1ppm "standby 1" air condition with intermediate rotary fan. Active sensor detects CO 30 ppm gas, CO2 490 ppm and CH4 7 ppm "Standby 2" with low rotating fan output. Fuzzy rulebase logic for motor speed when gas detection sensor CO, CO2, and CH4 output controls the motion speed of the fan blower. Active sensors detect CO 15 ppm, CO2 320 ppm and CH4 45 ppm "Danger" air condition with high fan spin fan. At the gas level of CO 15 ppm, CO2 390 ppm and CH4 3 ppm detect "normal" AC sensor with fan output stop spinning.

At present the parking system on the Sriwijaya State Polytechnic campus still uses a manual parking system, where the process of entering and exiting the vehicle is still regulated by the information security personnel regarding parking arrangements using slow handy talky communication, thus requiring the officers to communicate alternately in order to get information. The problem of parking is traffic jam and uncontrolled in the parking lot of Sriwijaya State Polytechnic. And there is no automatic parking system. This research will be made a parking portal system using hardware and software design methods to regulate parking. Automatic portal work system that can open and close when inputting the vehicle registration number via the keypad using the Arduino Mega2560 microcontroller produces an output that can move the motor power window through the VNH2SP30 driver speaker output through the Mini DF player and using a LAN network (local Area Network) as a data transfer media to the server parking database. Where when a motorist who enters through the doorstop (portal) has attached a Radio Frequency Identification (RFID) card, then the driver data that has been pasted the card will be input into the information system application that is monitored by the admin. to monitor the parking area in the Department of Computer Engineering using a Webcam which can assist in monitoring the safety of vehicles that are parking.

The frequency of frequent medication errors in misreading prescriptions and drug doses that have the potential to cause harm and endanger the patient's health can be reduced by building electronic prescription applications (e-prescribing). The purpose of the development of e-prescribing is that prescription data that has been previously given to patients, can be traced to the history of prescription administration. A patient can seek treatment at more than one health provider organization so that prescription data provided by each health provider can ideally be traced and accessed through smartphone devices that are currently widely used by patients. In this research, a mobile application for electronic prescription has been built using RESTful Web Service as a WEB API that is used to integrate various prescription data from health providers. On the client-side mobile applications are used to access electronic prescription services. This research has provided an alternative prescription with information retrieval that is faster, more economical in the use of paper media, and integration of health information can be done in a framework so that it will improve health services to patients.

A group decision support system (GDSS) model was created in this study by implementing the weighted product (WP) method and the borda method to determine prospective assistant or supervisor lecturers for student creativity programs (PKMs) that are routinely carried out every year at the Sriwijaya State Polytechnic. This study applies 5 criteria, including i) education level, ii) academic position, iii) group tenure, iv) lecturer certification, and v) achievement in the field of three pillars of higher education. The decision-makers in this study consisted of the head of the department (DM–1), the secretary of the department (DM–2), and the head of the study program (DM–3) where they carried out the decision-making process in groups. The WP method is used to make preferences independently of the decision-makers to determine the best alternative based on predetermined criteria. The borda method is currently used to aggregate the decision-makers to obtain the final result in the form of an alternative ranking. The results of this study are sufficient to be used as a reference in determining the supervisor lecturer for PKM activities at the Department of Computer Engineering, State Polytechnic of Sriwijaya.

The academic information system in higher education is a system that has an important role in higher education operations. Interoperability between academic information system is needed to bridge the exchange of data and information in heterogeneous environments, where systems are developed using different programming languages, database management systems, operating systems, and network operating systems. This study proposes a model for reporting academic information using the RESTful web service as a data generator to present data that can be consumed for various applications that can be run on desktop applications, web applications, and mobile applications. Based on the test results, the results show that the methods in the RESTful web service can be consumed properly and show the expected performance.