image 1, shows the process of how a pc acts like a brain to carry out the instructions of a computer program by performing the basic arithmetic.
In programming it can be extremely difficult to identify problems. Therefore to combat this issue it is more manageable to split the original problem into smaller parts in order to look for more common problems. The problems that are acknowledged are typically done so because of past experiences, therefore to break each step into more manageable steps can be extremely beneficial for less qualified programmers to identify communal problems.
This process is called decomposition.
· Within structured programming, algorithmic decomposition breaks the original problem down into well-defined smaller steps.
· Structured analysis, on the other hand, breaks down the system software from the software system.
· Object-orientated decomposition alternatively breaks down the large system down into significantly, progressive, smaller objects that become responsible for a certain part of the problematic domain.
· Algorithmic decomposition plays an essential role as a part of object-orientated analysis and design.
However, object-orientated systems begin and emphasize decomposition into computer science classes.
People as well as systems both do things, in our phrasing, we call this processes or activities, the two (systems and people) consume resources. For example, data, and they being to make new resources. The primary purpose within information technology is to benefit us by doing things faster, cheaper and most importantly remember how we done it to benefit the problems we face In the future when it comes to solving problems in programming.
Decomposition has significant use when learning pattern recognition as it plays a vital role in it, in order to understand pattern recognition you need to understand how to decompose the patterns and how to group them in a certain way. Once we have used decomposition to break down a problem, it helps to examine the broken up parts to look for any comparisons or ‘patterns’ these broken up parts can help us solve these once difficult problem extremely more efficiently.
There are various ways in which programmers communicate and these can be through team meeting, a review or as simple as an email. Ensuring that you listen to your audience is paramount in being able to execute instructions. Knowing your audience and talking to them will improve communication, a great way to communicate with audiences is to use metaphors or parallels and in this way there will be an understanding between all parties. Programming is a social activity they do not only write code to instruct computers but to also communicate with fellow programmers.
This deals with the patterns and regularities within the data that is then then used to further be used to categorize and also classify the data with the help of a system such as a pattern recognition system. A pattern recognition system has five components: sensing, feature extraction, post processing, classification and also segmentation. These five components together is the start of the generation of a system and works as following way:
To recognise problems we try to look for characteristics that are the same or similar in each of the problems. It may conclude that there are no common characteristics in which exist among the problems, but it is shown to be more beneficial to look for these problems and be unsuccessful than to skip this stage and miss a potential time saving similarity patterns exist within different problems and within individual problems therefore we need to look for both.
It is then important to make predictions based on these identified problems, if there starts to become similarities in the first few stages of the pattern recognition system then it can start to become beneficial to make presumption and jump to the last stage. This presumption (prediction) will more than likely be the correct one if the predictions in the first stages such as the “segmentation” step.
Generalise and abstract information required
Abstraction is defined as the act of demonstrating the essential features and leaving out the background explanations or unnecessary details. Within the software engineering domain, the principle known as “abstraction” is often used to reduce the complexity and in effect allow the efficient design and application of the difficult system software. Areas in which the abstraction theory is most commonly used and exploited are within programming languages, specification languages, data abstraction and also control abstraction. It’s also important as a programmer to have all information at hand in order to solve problems in which are identified at an early stage. For example, having a computer code available to support a trouble-shooter program. Additionally, within software engineering the abstraction principle is known as a basic dictum in which aims to basically reduce the duplication problem. The problem is that information is often duplicated In a program and this battles this problem by discarded the unwanted and unnecessary code. Abstracting is simply to give names to things, so that the names captured in the core of what a function or a whole program does. Abstraction is such a core method within all of computer science that, without it, the human race would still be forced to program with machine code or some theorise that we may not have computers to begin with.
How programmers represent problems or systems
The job of an algorithm is to describe the desired solution to a problem in terms of the needed data to represent the problem instance and additionally the steps needed to produce the intentional result. With programming language it is a must to provide a notational way, this is to represent the process and also the data. Finally, to this end languages prove to provide control to constructs and also data types.
Variables: an environment variable is a dynamic value that the computer system and other software can use to decide information which a computer uses. A variable is something that is a representation of something else for example, a specific area of your computer, a number, a list of objects.
Constants: a programmer will identify a constant as a value that cannot be altered by the program during programming.
In computing a process is the time a computer program is being executed it keeps the program code and its activity. Depending on the system being used a process may be made up of multiple instructions
A program with a collection of instructions could be classed as repeated processes. Several of these processes may be linked to the same program for example, opening up of the same program may mean more than one process being used at the same time.
Input within programming is the code in which you write in order to produce the desired program you want. So programmers write code as an input in order to see the resulting output as the desired program.
The uses of software applications and how they solve problems to meet the needs of clients, including:
When gaming there is sometimes the issue of your computer running to slow to the point in which your favourite games may become unplayable this can be boosted by software. Game boosting software simply accelerates PC games resulting in a much improved gaming experience. Most these game boosters such as the razer game booster are free. Therefore is highly recommended for a cost effective solution to a slow computer. Boosting tools do not overclock the hardware or change your system and also windows registry settings. On the other hand, it momentarily shuts down the unneeded services and unrecognised data from the RAM, this is done so the CPU has an intensified performance for enhanced gaming. Most of these free boosting utilities offer one-click optimisation to efficiently increase the overall performance the game requires.
To begin with productivity is all about really how well people mix resource to provide goods and services. According to a recent Gallup Survey, companies in which have engaged employees outperform those companies that don’t by a staggering 202% and with this staggering difference, it is clear to say this can have a dramatic effect on not just team morale but also when it comes to year-end profits. So this being said it is vital to have productive team members. But measuring it manually can be difficult. So using software such as data collection software could be and should be a staple for productivity growth. Through a data software application such as user monitoring will gift you with effective productivity data to help you make the next move and strategic decision for your team. This impact is bound to have a huge impact on your team’s daily operations and overall performance. This software will answer to the most vital questions about your team, questions such as what are my teams most productive hours? You can start to utilise the data in which you start to collect to make strategic moves and decision within the most productive hours. Managers can start to change work schedules to reflect productive hours. Where are the workarounds? Sometimes employees may look for workarounds in order to get work done. This can be simply from resorting to old application for familiarity sakes but this is a negative as this is an example of malware and overall this starts to cost your company. Furthermore, the data in which is collected can also show us what obstacles were most commonly hit and those in which decrease efficiency the most.
Software for information storage and management is vital. Most notably how software-defined storage works this is an approach to data management wherein data storage resources are taken from physical storage hardware and is therefore a lot more flexible, resource flexibility is coupled with the programmability to allow storage that quickly and automatically changes to different questions. There are many benefits to SDS such as:
· The ability to choose the hardware that will run your storage services
· The cost efficiency
· The ability to join different data sources in which can be used to help build your storage infrastructure
· SDS automatically adjusts based on capacity needs and wants
· The freedom allowed when using an SDS
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When it comes to tasks on a computer there are a few that start to become mundane and repetitive. However, there is an ability to turn these boring processes into 1 click affairs by using an automator application. An automator application is basically programs that let you build your very own application. These applications string together commands to all your computer to automatically complete these tasks. There are a number of pre made applications that helps you make the app, as most of these app use a simple drag and drop interface, this allows you to simply bypass the need for coding skills. An example of an automation program is “windows:AutoHotKey” this is perhaps the most well known.
Alongside social media there are many different software applications to help track growth and help track statistics with your page. One example of this is a software called social blade, this software primarily focuses on YouTube growth but does allow statistics on many other social media sites. For my example I will be focusing on YouTube, YouTube allows the user to track subscriber growth or depreciation and will then track the result of the subscriber growth, for example as somebody may lose subscribers there estimated earnings may depreciate alongside the growth. This will then overall show how effective some videos will be. If one video causes you to gain subscribers but another to lose subscribers this will show and therefore show what kind of videos bring success and overall a bigger estimated earnings growth.
Software in which may help a company or business is SEO software, SEO software is basically a business solution in which allows the user to analyse, identify and organize keywords and plan different strategies around them in which will improve the organic search rankings. SEO software starts to free the user from tedious keyword research with far quicker results than manual research in this field
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