- •Ict subject and its objectives.
- •Ict Standards.
- •State standards of the Republic of Kazakhstan in the field of Informational technologies
- •List of recommended references
- •Introduction to the computer system.
- •Memory unit. The computer will have memory that can hold both data and also the program processing that data. In modern computers this memory is ram.
- •Input – Output. This architecture allows for the idea that a person needs to interact with the machine. Whatever values that are passed to and forth are stored once again in some internal registers.
- •Human-computer interaction
- •Interface Usability.
- •Common accessibility features
- •Advantages of a dbms
- •Types of databases
- •Data Analysis
- •The main methods of representations and processing of charts
- •Electronic spreadsheet ms Excel
- •Ms Excel functions for calculation
- •The main methods of representations and processing of charts
- •Intermediary Devices and their Role on the Network
- •Internetwork
- •Intranet
- •Internetwork Protocol:
- •Internet Connections
- •Ip stands for Internet Protocol
- •Definition of a communication device
- •Augmentative communication devices
- •Long distance communication devices
- •Voip based communication devices
- •Satellite phone communication devices
- •Related pages
- •Computer Network
- •Local and Wide Area Networks
- •Intranets and Extranets
- •The Internet
- •The Telephone Network in Computing
- •Industry cyber security.
- •Cyber Terrorism
- •Cyber Warfare
- •Cyber Espionage
- •Threats classification
- •Methods for Protection against Dangerous Electromagnetic Emissions
- •Dangerous Signals
- •Etsi Cyber Security Technical Committee (tc cyber)
- •Legal System of Kazakhstan
- •Electronic signature
- •Used literature
- •What is the web?
- •What is the function of server software / programs?
- •How does the web surfer find a web site?
- •Registering your domain name
- •What is the Internet?
- •What is the Web?
- •How does the Internet work?
- •Google accounts
- •Gmail features
- •Get to know the Gmail interface
- •What is the World Wide Web (www)?
- •Basic www Concepts
- •Domain Names and ip Addresses
- •Dns Servers
- •Security Concerns
- •Browsers
- •Programming Languages
- •Frameworks
- •Libraries
- •Databases
- •Data formats
- •What are smtp, pop3 and imap?
- •Examples
- •Cloud an d mobile technologies
- •Virtualization technologies.
- •Virtualization technologies
- •Isolation
- •Web Services and Cloud Computing
- •Cloud Computing Definition nist Definition of Cloud Computing
- •Cloud Computing Explained a Convergence of Technologies
- •Any Organization Can Use Cloud Computing
- •Blurring of Services
- •4G Networking[edit]
- •Operating systems[edit]
- •Channel hogging and file sharing[edit]
- •Future of smartphone[edit]
- •Comparison table[edit]
- •Internet of Things.
- •Smartphones
- •Smart Services
- •Big data
- •Teleconference Teleconference
- •Telemedicine
- •Information e-business infrastructure
- •Information technology in the professional sphere. Industrial ict.
- •Search Engines What is a search engine?
- •Why use a search engine?
- •How do I know when I should use a search engine and when I should use a database?
- •The prospects of ict development
- •Globalization Of App Developer Opportunities
Globalization Of App Developer Opportunities
According to a survey of app studios by ContractIQ (a firm that sources development talent to companies in need of apps), firms in the United States charge the highest rates for high-end iOS and Android development.The per hour rate for U.S. app studios is $150 for iOS and $168 for Android. Australia is the only other country in the survey that breaks the into the $100 realm ($110 median for iOS and Android).
In contrast, Singapore has a $63 media for iOS development and Indonesia goes as low as $11. The United Kingdom has a media of $70 for iOS development and India ranks at $30.
The connected world is coming sooner than you might think. Smart app studios and mobile service providers are already thinking about how to take advantage of the new era of connected cars, intelligent refrigerators and televisions that act as hubs of entire smart homes.
The notion of cross-device development can loosely fit into the notion of “Internet of Things.” The moniker IoT has become a generic catchall for any connected device that is not a computer, smartphone or tablet. A more appropriate description for the Internet of Things may be to classify specific industry categories instead of dumping them into one bucket.
In this case, we find several on-the-cusp sub-industries that app studious will have the potential to exploit. This includes wearables, smart home, connected televisions, ecommerce and retail, intelligent infrastructure (“smart cities”), health and fitness and industrial/agricultural equipment (think of the general idea of “additive manufacturing”).
A Developer Economics survey from Vision Mobile noted that 53% of developers are working on at least one IoT project (in any one of the categories above). Smart home was the most popular category among developers with a 37% interest rate while 35% of developers had interest in wearables. Only 20% of developers were interested in retail, a surprise considering that ecommerce is the biggest revenue generator for developers (see below).
The opportunity for app studios is to be seen as an expert in any one of the connected world categories, such as home, infrastructure or retail. Being known as the de facto studio for medical app and device development, for instance, is a long term bet but sets the studio up with a future while it makes money day-to-day with smartphone apps.