Upcoming Technological Viewings

The future is a time when everything is extraordinary, maybe that's what everyone imagines. especially when discussed about technology, discussing about the future technology is very fun.

the future is determined by the present, let alone the technology now is really innovative. not just innovating companies, now home scientists can make the latest technological innovations.

such as augmented reality technology, virtual reality, internet of things. probably in today's most of these technologies are limited to prototypes or smaller shapes. but in the future all the technological innovations that really will be applied in human life to the fullest.

Check out the Following Video

https://youtu.be/sPgTmfpJ8BE

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Various kinds of technology on the processor part 2

• EIST dan Cool’n’Quiet

This technology works by lowering the clock rate and voltage of the processor when the processor is in Idle condition (idle or 'silent, not working'). The decrease in the clock rate and the overall voltage aims to reduce the power consumption consumed by the computer, and reduce the heat generated by the processor and slow the cooling fan to keep the noise quieter, less noisy. The name Cool'n'Quiet design means cool and calm, in accordance with the conditions gained due to the application of this technology. Cool'n'Quiet is also called Power Now !. And Intel's SpeedStep (Intel's proprietary technology), both of which are widely applied to laptops to conserve power that is contained in the battery, so the laptop can be operated longer.

• NXbit

NX bits are technologies used by processors to separate some memory areas for other storage areas, such as data storage. This memory section is marked (attribute NX) which means it can only be used for data storage. Processor instructions can not occupy that part of the memory and can not execute it. This is a common technique known as 'executable space protection'. Malware usually inserts / infers the codes into programs in the data storage space / area, then runs them from within the data store space. With the NX bit technology, malware activity can be prevented or anticipated.

NX bit features are commonly found in Havard architecture processors. However, then the NX bit technology was also found used for security purposes in conventional 'von Neumann' processors. Intel uses NX bit technology on its processor products, and the technology is named XD bit. Parties AMD uses this NX bit with the name AMD's NX bit. Both XD bits and AMD's NX bits have the same function, just different in name

• VT-x, VT-I dan AMD V

T-x and VT-i provide two different techniques for solving address-space compression problems.

With VT-x, any transition between the guest software and VMM can change the linear address space, allowing the guest to use the full software's own address space. The vmx transition is managed by VMCS, which is in the physical address space, not the linear address space.

With VT-i, VMM has a little virtual-address that guest software can not use. A VMM can hide hardware support for this bit by intercepting guest calls for PAL procedures that report the number of virtual-address bits implemented. As a result, guests will not expect to use this slightly prominent, and hardware will not allow it to do so, giving it the exclusive use of VMM half virtual-address space.

• Hyper-Threading Technology

Talking about cores, threads, and Hyper-Threadbisa get a bit confusing. To make things simple for the rest of this article, Hyper-Thread will be called hardware thread, and / Otingkat S thread software thread. Just like refreshment, the core is 1 CPU. Each Core ™ i7 or Xeon® 5500 shipping processor currently has 4 cores. You must have a processor, chipset, operating system, and BIOS that all tech support. Fortunately its not far from the problem. Many desktop and server platforms are shipped with Nehalem-based processors including this support. Most of these platforms will allow you to enable or disable Hyper-Threading Technology as a BIOS option (it must be enabled by default). You can see your CPU information using TaskManager in * Windows, and / proc / cpuinfo on Linux *. If you have a supported platform and Hyper-Threading enabled, you will see twice the number of CPUs as you physical cores on your platform. For example, if you have a dual-Xeon® series 5500 server processor, you will see 16 CPUs. (16 hardware threads running 8 physical cores, 2 threads per core.)

•  Turbo Boost

Intel Turbo Boost technology is one of the many exciting new features that Intel has built into the latest generation. Automated enables processor cores to run faster than basic operating frequencies if operating under power, current and temperature specification limits. The maximum frequency of Intel® Turbo Boost Technology depends on the number of active cores. The amount of time Intel processors spend in the Turbo Boost Technology state depends on the workload and operating environment, providing the performance you need, when and where you need it. Intel Turbo Boost technology features the CPU while improving performance by increasing the frequency of one or more cores. How much frequency increases depends on the number of inactive cores, ie in C3 or C6 core states, and how active core weight is utilized. When only one core is active, the frequency can be increased with frequency up to 2 steps (266 MHz) .. When more than one core is active the frequency can be increased by one frequency step (133 MHz). Unlike Dual Dynamic Acceleration feature, which is used in older generation quad-core processors and can increase the frequency of only two CPU cores, Turbo Boost Technology can increase the frequency of all 4 cores.

• Advanced Encryption Standard (AES) Instructions Set

The architecture consists of six instructions that offer full hardware support for AES. Four instructions support AES encryption and decryption, and two instructions support AES key expansion.

The AES instruction has the flexibility to support all AES usage, including all standard key lengths, standard operating mode, and even some nonstandard or future variants. They offer significant improvements in performance compared to pure software implementations today.

Intel® AES instruction is a new set of available instructions starting with all new 2010® family of Intel Core ™ processors based on 32nm Intel® codename Westmere microarchitecture. This instruction enables fast and secure encryption of data and decryption, using the Advanced Encryption Standard (AES) defined by the FIPS Publication number 197. Since AES is currently the dominant block cipher, and used in various protocols, valuable new hints for various applications large.

• AVX.

AVX is a new set of 256 bit instructions defined as an extension of SSE and is designed for applications that are Floating Point (FP) intensive. It will be released in 2010 as part of the Sandy Bridge processor family and will be present on platforms ranging from notebook to server. Intel AVX improves performance due to wider vectors, new extensible syntax, and rich functionality. This leads to better data management and common applications such as image processing, audio / video, scientific simulation, financial analysis and 3D modeling and analysis. AVX is a new set of instructions that currently only exist in Sandy Bridge only. AVX is more efficiently used on single thread saan.

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Various kinds of technology on the processor part 1

Features On Processor

• MMX

MMX is trademarked (cap / trademark) Intel, which contains understanding of processor enhancement in video compression & decompression, image manipulation, encryption, Input / Output processing.MMX is a technology that is fully named as Intel MMX Technology. MMX is an expanded microprocessor instruction that helps the calculation process in multiple applications, namely multimedia applications, games, two-dimensional image editor, compression / decompression, encryption, and other applications

• 3DNOW!

3DNow! is the name of a technology made by AMD that serves to improve the aspect of multimedia operations, which will be used on the production processor. 3DNow! designed to increase CPU capacity in vector processing / processing required for intensive graphics applications.

3DNow Technology! is the result of the development and improvement of the MMX instruction set. The mathematical operating system is developed from an integer only, expanded by an improved floating point calculation system. AMD does require 3D calculations within the scope of floating point.

•  SIMD ( single instruction multiple data )

How SIMD works can be illustrated as follows:

for example if you want to change the dark brightness of the monitor screen, one way is to change the value of brightnessnya, changes in brightness value means involves changes in the value of three basic colors of red, green and blue. The values of the three basic colors are read from memory. Then these values are changed and written back to memory. Because the image on the monitor is composed of pixels then the modified data is large and in the form of a matrix.

The processor with SIMD will assume the data was one block. The processor with SIMD will sneak a lot of data in just one instruction, this kind of speed up the calling of data, instead of calling it in series or one by one that is widely applied to processors that do not have SIMD or are called ancient processors.

• SSE

SSE, which is the result of development and refinement of MMX technology. SSE is a larger development set of SIMD instructions, with 32 bit floating point support and the addition of 128 bit vector register sets, which facilitate SIMD and Floating Point Unit operations simultaneously.

SSE technology was first introduced in February 1999. Until now, most modern processors are equipped with SSE technology. This technology by Intel is also licensed to the company

SSE2, which also develops MMX instructions so it can operate on 128-bit XMM registers. At that time, SSE and SSE2 were exclusive technologies that only existed on Intel processors.

SSE technology was first applied to Intel Pentium III processor which was Katmai password, so it is often called other processor, for example to AMD and Cyrix / VIA.

Into the first SSE version, 70 new instructions were added for better processing of graphics and sounds than those provided by MMX instructions. In addition to adding MMX processing calculations that only handle integers, SSE also adds calculation capabilities to floating-point numbers, and uses separate SSE units instead of using the same FPU as MMX.

SSE was further developed into the name of Katmai New Instructions (KNI)

On September 27, 2006 through IDF (Intel Development Forum) intel informed SSE4 technology will be developed

•  EM64T dan AMD64

The EM64T and AMD64 instruction set can create an x86 perosesor that is originally a 32 bit processor, converted into a 64 bit processor. The x86 processor is a 32 bit processor that can only directly access up to 4 GB of physical memory. For future needs, the size of 4 GB is not enough, both manufacturers were initiative to develop it, making the x86 instruction set extension. they added 64-bit computing capabilities into the x86 architecture. The development result is called x86-64 which later renamed EM64T and AMD64.

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Who Better Intel or Amd

Processor

Processor is a computer control center supported by other compilers. Processor is an IC that controls a computer system and is used as the center of a computer that functions as a calculation and processing. The processor is located on the socket that has been provided by the motherboard, and can be replaced with another processor as long as it suits the existing socket on the motherboard. One of the greatest effects on computer speed depends on the type and capacity of the processor.

Processor is a chip that is often called "Microprosessor" which now has reached the size of Gigahertz (GHz). The size is the count of processor speed in processing data or information. The most widely circulated processor brands are AMD, Apple, Cyrix VIA, IBM, IDT, and Intel. Part of Processor The most important part of the processor is divided into 3, namely:

Aritcmatics Logical Unit (ALU)
Control Unit (CU)
Memory Unit (MU)

Intel Processor

is a multinational company based in the US and is famous for the design and production of microprocessors and specializes in integrated circuits. Intel also makes network cards, mainboard chipsets, components, and other tools. Intel has an advanced research project in all aspects of semiconductor production, including MEMS. Intel replaced its logo and slogan on January 1, 2006. The old slogan "Intel inside" was replaced by "Intel Leap ahead".

Intel processor advantages

• Temperature on Intel can be set by its own processor (processor will reduce the speed if the processor is too hot.
• Pipeline on intel is longer than other processors like AMDIntel 
• Turbo Boost: Increases performance by increasing core frequency according to user demand automatically. (Core i5 and i7). Example: The Intel Core i-7 720QM processor has a clock speed of 1.60 GHz for the minimum. When running an application that requires a high clock speed. Processor automatically increases clock speed up to 2.93 GHz maximum clock speed. And when not needed then automatic clock speed will decrease at minimum clock speed.
• MMX is an Intel enterprise technology. MMX is trademarked (cap / trademark) Intel, which contains understanding of processor enhancement in video compression & decompression, image manipulation, encryption, Input / Output processing.
• MMX is a technology that is fully named as Intel MMX Technology. MMX is an expanded microprocessor instruction that helps the calculation process in multiple applications, namely multimedia applications, games, two-dimensional image editor, compression / decompression, encryption, and other application
• compatible with many existing apps
• Intel has features INTEL MATRIX STORAGE function to maximize the work of processors and help in memory management

Disadvantages of Intel Processor

• Weak for the affairs of graphics, gaming and 3D programs
• The price is relatively expensive

Processor Amd

Advanced Micro Devices (AMD) was established on May 1, 1969, by a group of former executives from Fairchild Semiconductor, including Jerry Sanders III, Ed Turney, John Carey, Sven Simonsen, Jack Gifford and three members of Gifford's team, Frank Botte, Jim Giles, and Larry Stenger. The company started as a logic chip manufacturer, then entered the RAM chip business in 1975. That same year, it introduced reverse-engineered clones of the Intel 8080 microprocessor. During this period, AMD also designed and produced a series of bit-slice processor elements (Am2900 , Am29116, Am293xx) used in the design of various mini computers.

Amd processor advantages

• The price is relatively cheaper
• Hypertransport Technology. The technology of doubling the bus on the system path so that data can be delivered at a time more because of faster data traffic.
• Integrated Memory Controller. Allows the processor to access memory directly without passing the northbridge chipset first
• Enhanced Virus Protection. Technology that allows the processor to detect the virus so it will not be processed when detected
• Cool n 'Quiet. With this technology allows the use of effective power and a more quiet system when using performance as needed
• AMD64 Technology. A highly qualified technology for running 64 bit applications

Amnd Processor disadvantages

• AMD is hot fast. However it can be overcome with a cooler
• Not all apps are compatible with AMD
• if AMD comes out with the latest socket type then a socket of an earlier type will not be on the market (dis-continued),

AMD OR INTEL ,INTEL OR AMD ??

From some test results that have been done, can be concluded that the processor with multi core-Dual core or Quad core has more performance capabilities, when compared with single-core processor. This can be understood, because it is a dual core processor or quad core has a number of cores more, plus a larger L2 cache. examples for Intel Core 2 Extreme (quad core) have 4 MB L2 cache, Intel Core 2 Duo L2 cache is 1 MB, while Pentium 4 only has L2 cache of 512 KB. Especially for AMD processors are tested this time it has a performance that is almost balanced, although one of its processor is using dual core. This is because the clock processor owned both are the same, namely 2.0 GHz and L2 cache the same, ie 1 MB. Although a processor that has more than one core has better performance, but you need to remember, how you need to have a dual core processor or quad. Given the price you have to pay will be much higher, compared with processors that only have single core. For this time, comparisons were won by processors from Intel's ranks. Although not in the least, but most of the tests show a higher value than the AMD processor. In this case, we compare between Intel Core 2 Duo processor and AMD Athlon 64 X2. Advice from us, measure first to how important you need a multi core processor. Any application that will be used, and for what activity you use the CPU. It certainly also still must be coupled with how big your budget to redeem the processor with more than one core. If you really need it, then it does not hurt you to buy a processor with more than one core. If not, we recommend to continue to use a single processor with a single core, where in addition to the price is much more affordable, almost all applications on the market have compatibility of this type of processor. Keep in mind that application developers are still rare to develop applications, especially for multi-core platform.

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Application of biotechnology in business

Application of biotechnology in business

Arranged by

Dia Putera Idiana Kusuma

NIM : 17.83.0083

Computer Engineering Study Program

Faculty of Computer Science

University of Amikom Yogyakarta

• Abstrak

Implementation of biogas in the business field, is a creative and innovative step, because in the current era of technology continues to grow and require natural resources that can be said to be limited, the need for reserves or artificial resources. With this matter, it is necessary to know how to build biogas business basically.

• Contents

Alternative biogas energy is not a new thing anymore for some countries. This technology has been developed since tens of years ago in the UK.Biogas itself is defined as a mixture of methane (CH4), carbon dioxide (CO2) and other gases produced from the decomposition of organic materials such as animal waste, human waste, straw, fermented vegetable sorting or metanization process with the help of biodigester. The process of decomposition of organic materials is done by anaerobic system (without oxygen), and biogas will form on 4-5 days after the biodigester is fully charged. Usually biogas produced biodigester consists of a mixture of methane (50-75%), CO2 (25-45%), as well as a number of other small gases such as H2, N2, and H2S.

Making biogas from livestock waste

1. Prepare biogas reactor (biodigester) by making hole reactor size (length 4 m, width 1,1 m and depth 1,2 m). While the gas tube sized plastic tube table (length 3 m, width 1.2 m and 1.2 m in diameter). Prepare drums for mixing cow dung with water (1: 1 ratio).
2. After the equipment is ready, then make a 2000 liter litter mixture mixed with water (1: 1 ratio).
3. Input the biogas material into the reactor through the filling site, then the biogas production process will take place in the reactor (anaerobically). Keep the temperature, pH, stirring, and inhibitory materials well taken care of. This process should take place at a temperature range of 5 ° C - 55 ° C, while the optimum temperature temperature to produce biogas is 35 ° C.
4. After about 10 days, biogas reactor and biogas container will be seen to be inflated and hardened because of the biogas produced. And biogas can already be used to turn the biogas stove.
5. Occasionally the biogas reactor is shaken for perfect decomposition and the gas formed at the bottom rises upward.
6. Further biogas feeding can be done every day, as much as ± 40 liters every morning and afternoon. The remaining processing of biogas materials in the form of sludge will automatically come out of the reactor every time the biogas material is filled. Waste can you use as organic fertilizer, both wet and dry.

Business advantages

As an alternative energy, biogas has eco-friendly properties and can reduce the greenhouse effect. Even when compared to kerosene, the blue flame produced by biogas is also cleaner and does not produce smoke, so the cleanliness of the air around the community will remain well preserved.

In addition, the energy produced biogas can also be used as a powerhouse. The amount of energy is equivalent to 60-100 watts of lights for 6 hours of illumination, so that the alternative energy business of biogas can replace fuel oil and electric energy producer in remote areas. Not only that, biogas waste that turns into slurry (mud) contains many nutrients, making it suitable when used as an organic fertilizer for the agricultural industry.

Business shortage

In running biogas energy business, the difficulties often experienced by business actors is when preparing biogas production equipment or better known as biodigester. Preparation of biogas digester requires a high degree of accuracy and thoroughly mature planning, it is important that the risk of gas leakage as well as the risk of contamination inhibiting materials in the process of decomposition of waste can be minimized. So the quality of biogas produced can be guaranteed, and the production process can run well.

Marketing strategy

For marketing strategy, you can embrace the local community in promoting the benefits of biogas as fuel and alternative electric energy. As a simple example, Milk Breeders Cooperative North Bandung (KPBSU) is now beginning to actively socialize the use of biogas to its 7,000 members to reduce dependence on fuel oil whose price is increasingly rising day.

Through a direct approach to consumers, KPBSU directs the community to build biogas installations as an alternative energy source that is more affordable. The program was quite successful, so most of the cattle ranchers in Bandung and surrounding areas began to free from LPG gas and switch to utilize biogas energy for daily fuel needs.

The key to success

The large number of potential livestock in Indonesia, became one of the keys to the successful development of biogas business in our country. The larger the livestock waste produced, the greater the gateway of success you have to develop biogas waste business opportunity. Most importantly, increase your knowledge and ability in the field of renewable energy, so the biogas production process can run smoothly and the risk of loss can be avoided

the conclusion of the writer as amikom yogyakarta student, biogas is a promising business although not in the present but in the future, because of the depletion of the main resources of coal is getting thinner, this is a very good opportunity in running a business, difficult but promising struggle, willingness and high spirit for a business can grow and survive.

Reference
https://bisnisukm.com/peluang-bisnis-energi-biogas-dari-limbah-ternak.html

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Bussines Using Blog

Business Using Blog

Arranged by

Dia Putera Idiana Kusuma

NIM : 17.83.0083

Computer Engineering Study Program

Faculty of Computer Science

University of Amikom Yogyakarta

• Abstrak

Many people use blogs as a place to write their lives, or better known as online diaries. Along with the development of blog technology is used as a place to make money. From that writer intends to introduce business using blog, start from the beginning of the tips and marketing.

• Contents

Blogger is a blog publication service created by Pyra Labs and acquired by Google in 2003. In general, blogs hosted by Google are under the subspect of blogspot.com. Blogger allows its users to publish their blogs on other servers, via FTP through May 1, 2010. After that date, all blogs must be stored on Google servers, even though users can use their own site address with Custom URLs.

Where to start?

Getting started with blogging is actually very easy, but most people are confused by themselves.

1. Set goals

Is the purpose of blogging important? Very important. If we do not have a goal then certainly our blog will be unclear where the destination will go, and we also become inconsistent in taking care of our blog.

Blogging takes time, energy, and mind. Do not let everything wasted because it has no clear purpose.

2. Define the topic

Choose a topic that really buddy interested in accordance with your hobby or expertise buddy. If my friend chose a topic that my friend is not so fond, then your blog will not last long.

3. Select the blogging service

Lots of services that we can use for blogging, such as Blogger.com, WordPress.com, Tumblr.com, and so on. Everything has its own advantages and disadvantages. But I think Blogger.com is the right choice for my friend. In addition to being free, blogger.com is very easy to use for beginners.

4. Start writing

If my friend already has a blog then the most important is to fill your blog with writing. Begin to write anything you want to write in accordance with the topics that have been determined buddy.

5. Beautify the blog

Things that are actually not so important to be done by beginner bloggers but there is no harm if done origin not excessive.

You can change the template or view your blog with a better, install widgets for the more beautiful look, and others. But remember! do not overdo it because most beginner blogger addictive gonta-replace templates or display that ultimately just a waste of time.

The error is often done beginner blogger

1. Too busy with the display
As I've mentioned a bit above, the mistake that almost all beginner bloggers do is too busy with the look of the blog. Matching templates, plug-off widgets, etc.

Having a cool blog look is good, but that will make your blog become big and known to many people is not because of the look, but because the content pal served on the blog.

2. Quantity rather than quality
Beginner bloggers are usually competing to fill his blog with as many posts as possible in the hope that can quickly get a lot of visitors regardless of whether the post results of writing itself or the results jiplak other bloggers.

3. Too much reading of information but minimal practice
As a beginner blogger usually his sense of curiosity is very large. Read this read until his head is full of information and confused which one should be practiced. Better bit of information but really practiced than most information but totally unused.

4. Inconsistent
In the early days very diligent updating post regularly every day, but after that suddenly disappeared somewhere. Updating blogs on a regular basis is very good, but consistency seems to me much more important.

5. Discussing too many topics
Is it a problem to discuss many topics? absolutely not. But certainly my blog will be difficult to develop, has no uniqueness, no identity, and will be difficult to get loyal readers.

6. Too obsessed with blog stats
A beginner blogger will usually be very diligent to check the number of visitors, alexa ranking, pagerank, and so forth. A day can check up to hundreds of times. Though it will not help to increase the number of visitors to your blog and will only waste time.

7. Make too many blogs
Honestly enough experienced bloggers who manage many blogs, tens and even hundreds. But especially for beginners is not recommended to make too many blogs because it will make no focus.

Although my friend is no longer a beginner I think managing a lot of blogs is not a necessity. It all depends on your intention. If you want to make a blog to be popular and long-lasting, then there is no reason to manage many blogs.

8. Too ambitious to get money quickly
Can not be denied many bloggers who start blogging because they want to earn money. They assume panning money from blogs can be done overnight, but not so. It takes time, effort and consistency.

I myself can only make money after two years of blogging. The time is long enough to remember I started really from scratch. Buddy may be faster or longer. Clearly it takes time, effort and consistency.

9. Not make the most of Google search engine

Let alone just a blog problem, any information we can find easily on google. So use Google well to learn blogging.

Make money from blogs

1. Advertising Network

The most popular way that many Indonesian bloggers use to make money from blogs is by joining advertising network programs or Advertising Networks.

By following a program like this we just need to put a script or code into our blog to display ads automatically.

We will get paid every time someone clicks the ads on our blog, or the cool language PPC aka Pay Per Click.

Here are some of the most popular Advertising Networks:

Google AdSense (Read: How to Register Google AdSense)

Media.net

Chitika

IdBlogNetwork (local)

Kliksaya (local)

and many more

2. Sell Advertising Space on Blog

In addition through Advertising Networks, we can also offer advertising space on our blog directly to anyone who is interested to advertise on our blog.

The advantages of this way is the income that we get will be more certain, because we own that will determine the price.

3. Sell Your Own Product

One way that I'm doing myself on this blog, which is selling their own products. If my friend has his own product, whether it be physical or digital products, it will be very mantab if my friend sell it through blog.

4. Selling Services

Selling services can also be another alternative to make money from blogs. If you write good friends, then can try to sell article writing services. If you are a design buddy, then it could also sell design services. And many more services that can be offered through the blog buddy.

5. Join the Affiliate Program

If you want to sell products on your own blog but do not have a product that can be sold, then you can try to follow the affiliate program.

Affiliates are programs where we help to market products belonging to others and we will earn commissions on every sale.

6. And many more ..

5 ways above is just a small part that we can do to make money from blogs. There are still many other methods that are not less good to make money from blogs.

the conclusion of the writer as a university student amikom yogyakarta

learning to create a blog requires patience, consistency, passion and willingness. Failure is a natural thing to make failure as a motivation in developing a better blog.

Reference

https://id.wikipedia.org/wiki/Blogger_(layanan)

http://sugeng.id/panduan-ngeblog-untuk-pemula/

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Online Business Opportunity

Online Business

Arranged by 

Dia Putera Idiana Kusuma

NIM : 17.83.0083

Computer Engineering Study Program

Faculty of Computer Science

University of Amikom Yogyakarta

• Abstrak

Descriptive research methods with the aim of introducing online business to the wider community with little capital to reap a lot of profits, can not be denied many people achieve success with online business and not a few who stopped the middle of the road due to lack of online business.

• CONTENTS

Online business is a business that is run directly using the internet network while the information is submitted using the media websites and applications on smartphones.Bisnis online memiiliki prospect large enough at this time and the future almost everyone wants the convenience and practicality in meeting the needs, practical is one of the cirikhas of online business that can be done without face to face or know each other

How to run an online business there are many methods used to sell or offer goods and services using the internet, but the most commonly used in selling and offering services is an online store website.Sudah many people managed to sell products and services menggunkan web site as a medium of sale and rental of services widely.

Online Business Starting Tips the first step in starting an online business

• Creating a web site, web site is a container that serves as a place to sell and compose services then the website plays an important role.
• Joining social media is a free and effective way of promoting products
• Using buying and selling forums is a good choice to run a business, from those forums can be taken references that can develop online business and add a network of selling and rent services.
.

Online Business Tips

• Focus

In starting a business focus in one area so that the concentration is not fragmented and try to immediately bring income.

• Select Product

Find a product that is mastered, do not ever sell products that are not mastered because it takes time to learn product knowledge.

• Marketing

Marketing can be done in various places, can use SEO optimization, advertising in sesosial media.Intinya use the internet as a means of disseminating information.

• Build Assets

Build a business mindset should be profitable, no profit is not a business use intangible and tangible assets.

Conclusion Writer as an Amikom University Student

Online business can be built by anyone, anytime and anywhere while having an internet network and the right research can boom online business even further.

Reference

https://webhostmu.com/tips-memulai-bisnis-online/

http://www.pojokwebsite.com/tentang-bisnis-online.html/

https://bukainfo.com/pengertian-bisnis-online-internet/

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Universitas Amikom Yogyakarta

Universitas Amikom Yogyakarta
Berawal dari keluhan beberapa pengusaha yang menyatakan bahwa mencari tenaga kerja Profesional di bidang Teknologi Informasi sulit, maka pendiri Yayasan ini berkeinginan untuk menjawab kesulitan yang dialami pengusaha dalam mencari tenaga ahli bidang informatika sehingga didirikanlah Yayasan AMIKOM YOGYAKARTA.

Untuk pertama kalinya Yayasan ini berkantor pusat di Jl.Wolter Monginsidi No.8 Yogyakarta. Nama pendirinya adalah Mohammad Suyanto dan Purdi E.Chandra. Notaris pembuat Akte Pendirian : Daliso Rudianto, SH. 

 Nomor: 76 Tanggal 29 Desember 1992. 

Pada tahun pertama jumlah mahasiswa yang diterima sejumlah 44 orang pada jurusan manajemen informatika. Setahun kemudian AMIKOM mendapatkan status terdaftar berdasarkan Surat Keputusan Menteri Penddikan dan Kebudayaan Republik Indonesia No. 084/D/O/1994 tanggal 11 Oktober 1994. Untuk saat ini semua program studi sudah terakreditasi.

Program StudyUniversitas Amikom Yogyakarta 

Jenjang Pendidikan Saat ini Universitas AMIKOM Yogyakarta mengelola 3 jenjang pendidikan yaitu Diploma-3, Strata-1 dan Strata-2.

Diploma-3 Diploma-3 masuk kedalam Fakultas Komputer yang terdiri dari 2 Program Studi yaitu:

 1. Program Studi Teknik Informatika. Memiliki tiga konsentrasi, yaitu:

a. Multimedia

b. Pemrograman Web

c. Jaringan Komputer

2. Program Studi Management Informatika. Memiliki tiga konsentrasi, yaitu:

a. Sistem Informasi Berbasis Desktop 

b. Sistem Informasi Berbasis Web

c. Entrepreneur Insight

Strata-1 Strata-1 terdiri dari 3 Fakultas yaitu:

 - Fakultas Ilmu Komputer yang terdiri dari 4 Program Studi yaitu :

1. Program Studi Informatika. Memiliki tiga konsentrasi, yaitu:

a. Multimedia (Film Kartun)

b. Pemrograman

c. Jaringan Komputer

2. Program Studi Sistem Informasi. Memiliki tiga konsentrasi, yaitu:

a.  E-Commerce

b. Multimedia

c. Sistem Informasi Akuntansi

3. Program Studi Teknologi Informasi. Memiliki tiga konsentrasi, yaitu:

a.  Animasi

 b. Game

c. Entrepreneur Insight

4. Program Studi Teknik Komputer. Memiliki dua konsentrasi, yaitu:

 a.  Cybersecurity

b. Internet of Things

- Fakultas Ilmu Ekonomi dan Sosial yang terdiri dari 6 Program Studi yaitu :

1. Program Studi Ekonomi. Memiliki dua konsentrasi, yaitu:

a. Ekonomi Kreatif

b. Perbankan Syariah

2. Program Studi Kewirausahaan.

3. Program Studi Akuntansi. Memiliki tiga konsentrasi, yaitu

: a.  Auditing (Audit Forensik)

b. Perpajakan (Tax Service)

c. Akuntansi Manajemen dan Bisnis (Management Advisory Services And Business).

4. Program Studi Ilmu Komunikasi. Memiliki 4 konsentrasi, yaitu:

a.  Visual Design

b. Marketing

c. Broadcasting

d. Cinema 5. Program Studi Ilmu Pemerintahan. Memiliki tiga konsentrasi, yaitu:

a.  Digital Governance

b. Local Governance

c. Sociopreneurship

6. Program Studi Hubungan International. Memiliki tiga konsentrasi, yaitu:

a.  Ekonomi-politik global

b. Politik dan keamanan internasional

c. Politik-hukum internasional

 - Fakultas Sains dan Teknologi yang terdiri dari 3 Program Studi yaitu :

1. Program Studi Arsitektur. Memiliki enam konsentrasi, yaitu:

a. Lab. Studio Perancangan

 b. Lab. Arsitektur Digital

c. Lab. Histori

d. Lab. Struktur & Teknologi Bangunan

e. Lab. Building Physic f. Lab. Kota & Permukiman

2. Program Studi Perencanaan Wilayah dan Kota. Memiliki lima konsentrasi, yaitu:

a.  Smartcity (Kota Cerdas),

b. Urban Management (Manajemen Perkotaan)

c. Compact and Sustainable Development (Pembangunan Kompak dan Berkelanjutan)

d. Community Based Spatial Planning (Perencanaan Spasial Berbasis Komunitas)

 e. Urban and Regional Development Policy (Kebijakan Pembangunan Kota dan Wilayah).

3. Program Studi Geografi. Memiliki dua konsentrasi, yaitu:

a.  GeoInformatics

b. Geographic Information System ( GIS )

Strata-2 Strata-2 memiliki satu program studi yaitu Magister Teknik Informatika (MTI). MTI memiliki tiga konsentrasi, yaitu:

1. Business Intelligence

2. Informatics Technopreneurship

3. Animation

Awards yang diraih oleh Universitas Amikom 

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