Lance Dale Gollayan

BROADCASTING PRINCIPLES AND PRACTICES Broadcasting is distributing created content or some sort of message to a mass scale of the audience by using telecommunication technologies or two-way communication between two parties, such as a walkie-talkie. Broadcasting essentially is all that Telecommunications is all about. There is a vast array of methods and formats for how broadcasting can be done and for what purpose. Radio, TV, and Data transmission are a few basic formats. Analog or Digital, wireless or cable, and microwave are some methods. Telecommunications mainly revolves around broadcasting. Broadcasting can be done in a variety of ways and formats, depending on the objective. Basic formats include radio, television, and data transmission. Some ways include analog or digital, wireless or cable, and microwave. PRINCIPLES AND PRACTICES OF BROADCASTING If a person wants to be a broadcaster, first they must know the principles and practices of broadcasting so that they comprehend ...

COMMUNICATION MEDIA LAWS AND ETHICS Communication Media Laws and Ethics encompass all legal issues affecting the media and telecommunications industries. These issues include free speech issues, defamation, copyright, and censorship. There are additional privacy concerns, as well as whether or not content can be printed, aired over the radio, or published online. Communication Media Laws and Ethics used to primarily affect journalists and publishers. However, since the introduction of the Internet and desktop publishing, ordinary people are just as likely to encounter legal issues. IMPORTANT KEY TERMS TO KNOW ABOUT COMMUNICATION MEDIA LAWS AND ETHICS          Freedom of Expression - Everyone has the right to freedom of expression. This right includes the freedom to express oneself, as well as the freedom to receive and transmit information and ideas without interference from the government and without regard for national borders.       ...

  DIGITAL IMAGING Digital imaging is the art of making photographs, printed texts, or artwork into digital images using a digital camera or another imaging device. Each digital image is compiled of a certain number of pixels, which are then mapped onto a grid and stored in a sequence by a computer. Every pixel in an image is given a tonal to verify its hue or color. Each pixel's tonal value is represented in binary code in digital imaging. The binary digits for each pixel are called "bits," and the computer analyzes them to determine the image's analog display. The resolution, or ability to detect the spatial complexity of a digital image, is measured in pixels per inch (ppi). The following are different for each digital image:          Dynamic range           Bit depth          File size           File format           Compression   ...