![]() To accomplish this goal, different approaches have been proposed, including energy-aware software design and implementation techniques. As a consequence, one of the most important qualities of mobile software development is the ability to produce applications that consume energy resources wisely. This power demand represents a major challenge to the strong autonomy requirement of mobile devices, powered by batteries. ![]() Current mobile software products require hardware resources, computer job and network connectivity that is reflected in increasing power needs. Finally, chapter four which happens to be the last chapter of this research study focuses on summarizing my findings, conclusion and gives recommendations which is said to be needful to necessary researchers, students and any individual who may deem it necessary at any point in time to know about Raspberry Pi.Īs devices like smartphones and tablets have been adopted by millions of users, the offer of mobile software products and services has as well evolved significantly. Chapter three deals with the system design where there will be a look at the hardware layout, brief description of the components on the Pi, the operating system, the boot process and the NOOBS installer, the applications of the Pi and some examples of projects using this microcomputer and also comparison of the Pi with other competitors. The second chapter of this report point out on the literature review, reviewing the various ideas on Raspberry Pi with references to journals and other publications on the internet. ![]() The first chapter will include the introduction, brief history, purpose, specifications, advantages and disadvantages of Raspberry Pi. The device is a reasonably powerful computer on a credit card sized PCB. The software is very stable and there are many general purpose I/O pins (GPIO) available for interfacing to external devices. The power requirements are very modest and a simple 5V phone charger with micro USB plug is enough to run the system. The system boots from an SD card and an 8 GB SD card is more than enough to store the operating system and lots of data. The Raspberry Pi is a single board, low cost, low power computer system running Linux (or several other operating systems) on an ARM processor architecture. Keywords - wireless video transmission, embedded systems, screen mirroring, live collaboration tools. The devices purports to overcome the issues faced when handling traditional projectors such as constantly having to connect and disconnect machines each time a different person wants to broadcast to the projector. The device would be connected to the projector where multiple connected could be concurrently made and the screen could be shared at the same time. This thesis is on a device developed to act as an adapter to existing projectors so as to make them wireless. Embedded systems have made it simpler to build portable devices which can stream live video via a network. In terms of video streaming, the rapid increase of speeds of networks around the world have enabled fast and efficient streaming of live content. Recent advancements in the field of embedded systems and network speeds in general – particularly the realization of concepts of image processing, live video streaming and Internet of Things have redefined the technology world, as we knew years ago. Moreover, this relationship is compared against other types of common personal computers before recommending on techniques and practices that could reduce the power consumption of this emerging type of computer. ![]() As such, this paper investigates how power consumption of the Raspberry Pi is affected by the key functionalities that could be performed by end-users on the platform. The diverse functionalities present in modern computers including communication and web browsing, among others, were found to be important components that affect the power consumption of such devices. The growing concern is that all these computers utilize power in order to operate thereby turning ICT into a power drainer. The Raspberry Pi has often been referred as a computer designed to change the world since it is capable to do most things that a desktop computer can do. More recently, there has been the emergence of the Raspberry Pi and since its release in 2012, this new type of computer has undergone rapid growth in adoption to even become the fastest selling British computer. Over the past few decades, human beings have increasingly adopted different types of personal computers including desktop computers, laptops, tablets and smart phones.
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