Raspberry pi as a Video Server

Salih, Fatma; Omer, Sawsan Ahmed

doi:10.1109/iccceee.2018.8515817

Cited by 16 publications

(4 citation statements)

References 1 publication

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“…selain memiliki konsumsi daya yang rendah, raspberry pi juga relatif lebih murah dan bersifat portable jika digunakan sebagai server. Penelitian yang dilakukan oleh [13], pada penelitian tersebut raspberry digunakan sebagai video server. server streaming video/audio real-time yang dirancang menggunakan kemampuan pemrograman dan kontrol Raspberry pi.…”

Section: Tinjauan Literaturunclassified

Microservices implementation using Rest API for MSMEs based on Raspberry PI

Ningsih,

Muna,

Nadziroh

2024

SISTEMASI

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Micro, Small and Medium Enterprises (MSMEs) are business activities that are able to expand employment opportunities and provide broad economic services to the community. The role of digital technology has increased significantly to assist activities and transactions via the internet, whether accessed via web, mobile or desktop technology. In carrying out their business processes, MSMEs need access to other services such as banks for payment processing. Apart from that, multiplatform applications are needed to make it easier for customers to access the services provided by MSMEs. Based on the above needs, an MSME back-end application was developed using the REST API web service architecture which runs on a Raspberry PI which functions as a server for computing and data storage processes. The system development method uses the waterfall method with the Golang programming language. The system developed has been tested using the Insomnia tool for the REST API that has been created and the Vegeta tool as HTTP load testing. The results obtained in this test using the POST and GET methods were that for a number of requests of 25 and 150 transactions were 100% successful, however for a number of requests of 500 there were 32% failed transactions. Power consumption increases according to the number of accesses to the system with the average value in each scenario being 4.24, 4.54, 4.7 watts.

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Section: Tinjauan Literaturunclassified

Microservices implementation using Rest API for MSMEs based on Raspberry PI

Ningsih,

Muna,

Nadziroh

2024

SISTEMASI

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“…Event detection module consists of Raspberry pi [11] board, camera module and PIR sensor. Raspberry pi is development board which has ARM processor which is more suitable for power aware systems.…”

Section: A Event Based Image Capturementioning

confidence: 99%

A Spatial Correlation Based Power Aware Event Driven Image Stitching In Wireless Multimedia Sensor Network

Chethan¹,

Manjunatha²

2019

IJITEE

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Wireless multimedia sensor network(WMSN) is an image sensor which is attached to sensor node to capture information within the field of view (FOV). Due random deployment of multimedia sensor nodes there exist overlapped FOV between multimedia sensor nodes. Overlapped FOV causes redundant data transmission which leads to increased power consumption and reduced life time of a node. Another factor which may reduce the energy consumption is to capture image continuously. To escalate these issues we have designed event driven spatial correlation based image stitching algorithm. There are two modules in this scheme, first event detection module capture the image only when event is detected and second module perform image stitching when the cameras capture information. Experimental results shows there is a considerable improvements in terms of reduction in data processed.

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“…It is this need to feed pets satisfactorily that prompted this study. For the methodology of this research, the Raspberry pi microcomputer will be developed, which is rapidly gaining popularity in various applications and projects that require an adequate software capacity as well as cost-effective one [7]. Since its launch on February 29, 2012, Raspberry Pi has been characterized by a fast and powerful processor and WiFi connectivity, which can transform it into a web server in the future; on the other hand, it is also important to highlight its affordable price.…”

Section: Introductionmentioning

confidence: 99%

Pet food dispenser design using Raspberry Pi

Vargas¹

2020

IJETER

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A new family dynamic has included a new member as a component, the mascot. However, due to globalization, people have more and more responsibilities, making it difficult for them to be with the animal all the time, leading especially to poor nutrition of the animal as a result. This work provides a solution by using the Raspberry Pi tool to design a prototype food dispenser to improve the feeding of our pets at home. In the application, 3 stages were determined: Prototype Design, Physical Structure Design and Logical Design; making use of the Raspberry Pi. The results of this study showed that the design of the dispenser will have a beneficial social impact. These results could help to facilitate feeding in pets by establishing an automatic dispenser that would benefit family members and especially pets.

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Raspberry pi as a Video Server

Cited by 16 publications

References 1 publication

Microservices implementation using Rest API for MSMEs based on Raspberry PI

Microservices implementation using Rest API for MSMEs based on Raspberry PI

A Spatial Correlation Based Power Aware Event Driven Image Stitching In Wireless Multimedia Sensor Network

Pet food dispenser design using Raspberry Pi

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