The Storehouse Application As Alternative Of Memory Card Or Sd Card
INTRODUCTION
Storehouse Application is designed to provide high-capacity storage in phones, tablets, laptops or any technologies that application is visible. Nowadays, new invented technologies are created everywhere and we are so eager to use this especially our phones, we take “selfies” or groupies anytime and everywhere we want. However, the storage of our phones has a low-capacity memory to abide with our needs. Storehouse Application is the answer to these needs. With this application we would be able to use our phones without hindrance when it comes to its storage capacity. We need not to buy a high-capacity memory card and spend money to answer these needs anymore since Storehouse Application is now present.
BACKGROUND
When we buy phones in the cell shop SD Card is not included in it nor considered as a freebie. There are instances that we buy phones that have low-storage capacity and not enough for our needs. We often use our phones in recording a video for a presentation in school or out of school activities, or take a “selfie” when we are at a nice place, or listen to music when we are upset of at a road trip. Because of these we make our phone storage full so in order to have an extra space on our phone we need to spend extra money to add the storage capacity of our phone. However, trough Storehouse Application we do not need to buy an SD Card anymore and we do not spend money to have an addition in our phone memory.
PROJECT DETAILS
Application is present in phones, laptops, tablets and computers. To better understand the proposal application which is the storehouse application we need to look how the storage computer made of. Why? Because through this we would be able to expand our knowledge and have additional understanding of how the storage system works.
In many ways, our memories make us who we are, helping us remember our past, learn and retain skills, and plan for the future. And for the computer that often acts as extensions of ourselves, memory plays much the same role, whether it a two hours movie, a two-word text file, or the instruction for opening either, everything in a computer’s memory takes the form of basic units called bits or binary digits. Each of these is stored in a memory cell that can switch between two states for two possible values, (0) zero and (1) one. Files and programs consist of millions of these bits, all processed in the central processing unit or CPU, that act as computer’s brain. And as the number of bits needing to be processed grows exponentially, computer designers face a constant struggle between size, cost, and speed.
Like us, computers have short term memory for immediate tasks, and long term memory for more permanent storage. When you run a program, your operating system allocates area within the short term memory for performing those instructions. For example, when you press a key in a word processor, the CPU will access one of these locations to retrieve bits of data. It could also modify them, or create new ones. This takes is known as memory’s Latency. And because program instructions must be process quickly and continuously, all locations within the short-term memory can be accessed in any order, hence the name random accessed memory.
The most common type of ram is Dynamic RAM, or DRAM. There, each memory cell consist of a tiny transistor and a capacitor that store electrical charges, a (o) zero when there’s no charge or a (1) one when charge. Such memory is called dynamic because it only holds charges briefly before they leaked away, requiring periodic recharging to retain data. But even low latency of 100 nanoseconds it’s too long for modern CPUs, so there’s also a small, high-speed internal memory cache made from static RAM. That’s usually made up of (6) six interlocked transistors which do not need refreshing.
SRAM is the fastest memory in a computer system, but also the most expensive, and takes up three times more space than DRAM. But RAM and cache can only hold data as long as they’re powered. For data to remain once the device is turned off, it must transferred into a long term storage device, which comes in three major types, in magnetic storage, which is the cheapest, data is stored as a magnetic pattern on a spinning disc coated with magnetic field. But because the disc must rotate to where the data is located In order to be read the latency for such drives is 100,000 times slower than that of DRAM. On the other hand, optical-based storage like DVD and Blu-ray also uses spinning discs, but with a reflective coating.
Bits are encoded as light and dark spots using a dye that can be read by a laser that. While optical storage media are cheap and removable, they have even slower latencies than magnetic storage and lower capacity as well. Finally, the newest and fastest types of long-term storage are solid-state drives, like flash sticks. These have no moving parts, instead using floating gate transistors that store bits by trapping or removing electrical charges within their specially designed internal structures.
So how reliable are these billions of bits? We tend to think of computer as stable and permanent, but it actually degrades fairly quickly. The heat generated from a devices and its environment will eventually demagnetize hard drive, degrade the dye in optical media, and cost charge leakage and floating gates. Solid-state drives also have an additional weakness. Repeatedly writing to floating gate transistors corrodes them, eventually rendering them useless. With data on most current storage media having less than a ten-year life expectancy, scientists are working to exploit the physical properties of materials down to the quantum level in the hopes of making memory devices faster, smaller, and more durable. (Kanawat, S. (2016, May 10). If we see how those things processed in the computer we can do the same in the phones or tablet. To make this we need to create mini version of the computers CPU. That mini CPU will be put inside the computer so that more storage would be added in the cellphones or tablet.
CONCLUSION
Nowadays it’s really hard to earn money and if we have money we would like to spend it with an assurance that we choose is worth buying. There are also times that we go for this thing because of its unlimited freebie but sadly cell shop does not consider SD card or memory card as freebie. In order to have this we need to spend extra money to have additional phone storage.
Memory cards can easily break, they can be lost, misplaced or crushed easily, they can be affected by electronic corruption, and they make all the unreadable card, they are more expensive than CD or DVD, the metal part can be net or damaged if treated roughly broken. But now that Storehouse Application is made we do not need to buy memory card or SD card anymore. This Storehouse Application will depend to how your application is high-updated. The storage capacity will be upgradable from 2GB until 128GB. The more the higher the GB id desired the more complicated and take a lot of time for it to upgrade.
References:
- https://www.youtube.com/watch?v=p3q5zWCw8J4
- https://www.youtube.com/watch?v=f3BNHhfTsvk
