Character encoding is the way that your computer interprets and displays a file to you. There are many different systems, especially for different languages that require different characters to be displayed.
learning or storing (encoding) that requires attention and effort
In database technology, domain refers to the description of an attribute's allowed values. The physical description is a set of values the attribute can have, and the semantic, or logical, description is the meaning of the attribute.
Offline processing refers to processes being redirected from the central processing unit cache into the random access memory units. Speed of processing is inversly proportional to the clock speed of the memory bus in the cpu.
Processing refers to a computer system handling a task. When you click something on the screen or go to open/run a program it processes your action by opening said program(s).
There are generally three levels of processing in the encoding process: structural, phonemic, and semantic. The structural level involves recognizing the physical structure of words, the phonemic level pertains to the sound of the words, and the semantic level focuses on the meaning of the information. Deeper levels of processing, such as semantic encoding, typically lead to better retention and recall compared to more superficial levels.
An example of semantic encoding is when you remember the word "orange" by associating it with the fruit itself, its taste, color, and other related information, rather than just its appearance or sound. This deeper level of processing leads to better memory retention compared to shallow encoding.
Levels of processing theory suggests tha there are three levels of processingShallow Processsing - Structural Encoding: where you emphasize the physical structure of the stimulus (i.e. caapitalization)Intermediate Processing - Phonemic Encoding: where you emphasize what the word sounds like (i.e. rhymes)Deep Processing - Semantic Encoding: where you understand the meaning of the stimulus (i.e. definition of)According to the levels of processing theory, the longer lasting memory codes are a result of Semandtic Encoding which is the deepst processing level and where you are required to understand the stimulus.
The first phase of memory is encoding, which involves the initial processing of information to be stored. During this phase, sensory input is transformed into a format that can be stored in the brain. Encoding can occur through various methods, such as visual imagery, semantic processing, or through the use of mnemonics. Effective encoding is crucial for the subsequent phases of storage and retrieval in the memory process.
The three levels of cognitive process in listening are signal processing, semantic processing, and pragmatic processing. Semantic processing refers to the understanding of the actual message being conveyed, while pragmatic processing involves interpreting the meaning within a broader context such as tone, body language, and social cues.
The shallowest level of processing of verbal information is known as encoding, which involves the basic recognition and superficial analysis of words, such as their appearance or sound, rather than their meaning. This level of processing typically leads to weaker memory retention compared to deeper processing, which focuses on the semantic meaning of the information. Shallow encoding may include tasks like rehearsing words without understanding their context or significance. Consequently, information processed at this level is often forgotten more quickly than that which is processed at a deeper level.
Buckland identifies three aspects of information as physical, cognitive, and semantic. Physical information refers to the medium in which information is stored and transmitted, cognitive information refers to the mental constructs and processing of information, and semantic information refers to the meaning and context of information.
Batch encoding refers to the process of encoding multiple data samples simultaneously rather than individually. This technique is commonly used in machine learning and data processing to improve efficiency, as it allows for parallel processing and reduces the overhead associated with handling each sample separately. In contexts such as natural language processing or image processing, batch encoding can enhance performance and speed when training models. Overall, it optimizes resource utilization and can lead to better model training outcomes.
Semantic processing refers to the cognitive ability to understand and interpret the meanings of words, phrases, and sentences within a specific context. It involves recognizing relationships between concepts and integrating this information to comprehend language effectively. This process is crucial for language comprehension, allowing individuals to derive meaning from spoken or written communication. Additionally, semantic processing plays a key role in various cognitive tasks, such as reading and problem-solving.
Encoding simply refers to the "encoding" of one single file. Batch encoding refers to setting up several files to encode one after another. It's basically automated.
The scientific term for pain is "nociception," which refers to the neural process of encoding and processing harmful stimuli.
The levels of processing theory says that what is necessary to form lasting memories? B. Deep processing