Continuity in cinema is about making sure that people and things don't jump around in time (temporal continuity) or space (spatial continuity). For example if there's a scene of a conversation between two characters, one of whom is smoking a cigarette, and the camera is cutting from one to the other as they speak, the length of the cigarette shouldn't get longer at any point. Each time the camera cuts to the smoker, their cigarette should be the same length or shorter than it was last time. There are examples, where a scene has been filmed over several takes, where cigarettes grow magically longer, then shorter, then longer again. This is an example of temporal discontinuity.
An example of spatial discontinuity can be seen in the movie Fargo, in the scene where Jerry is talking to Carl and Gaear in the bar. If you look closely you will see that the glasses and bottles on the table move around between shots.
Darkus Warvern has the g-power of spatial teleportation - in later incarnations, he also has the power of temporal teleportation as well. But you have to unlock it using the Morvey code (see http://www.redtube.com/6176)
TDR (Time Domain Reflectometry) and STDR (Spatio-Temporal Domain Reflectometry) are techniques used in signal analysis and measurement. TDR involves sending a pulse down a transmission line and measuring reflections to determine characteristics like impedance and faults. STDR extends this concept by incorporating spatial and temporal dimensions, allowing for more detailed analysis of signals in complex environments. Both methods are valuable in fields like telecommunications and fault detection.
The trans temporal sonic screwdriver is a sophisticated scanning device that is also used in many medical applications.
TDT, or Temporal Data Toolkit, is a framework designed to facilitate the management and analysis of temporal data, which includes data that changes over time. It provides tools and methodologies for storing, querying, and visualizing temporal information, allowing users to extract insights from time-based datasets. TDT is particularly useful in fields like finance, healthcare, and social sciences, where understanding temporal patterns is crucial.
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It can be converted using a Shift register. A Serial-In-Parallel-Out(SISO) shift register is used to convert temporal code to spatial code. A Parallel-In-Serial-Out(PISO) shift register is used to convert spatial code to temporal code.
The redundancy is nothing but the reduction.The temporal locality is of relating to short time requirements.And the spatial is of relating to over environment.The redundancy occur in the images are of most common,so many techniques applied to overcome this. In image temporal redundancy is of abrupt transitions while in spatial it is of block based transitions.Spatial is applied at minimum cost and temporal is at maximum cost.Threshold values apply to temporal redundancy and the pixel comparison technique applies to spatial redundancy.
from a temporal standpoint: the future from a spatial standpoint: eternity from a spatio-temporal (philosophical) standpoint: possibility
Spatial resolution refers to the level of detail in an image or data based on the size of each pixel or grid cell, while temporal resolution refers to the frequency at which new data is collected or updated in time. In other words, spatial resolution relates to the clarity of the image, while temporal resolution relates to how often that image is updated or refreshed.
spatial mining is the extraction of knowledge,spatial relationships and intresting measures that are not explicitly stored in spatial database where as temporal mining is the extraction of knowledge about occurence of an event or values whether they follow cylic,random,seasonal variation etc...and other intrestion time related patterns.
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it is spatial or temporal characteristics of organisms that have changed because of competition.
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To exploit spatial locality, programs arrange data access patterns to utilize nearby memory locations more frequently, reducing cache misses. Temporal locality is exploited by reusing recently accessed data, keeping it in a cache for quick retrieval before it is replaced. Techniques such as loop unrolling, prefetching, and optimizing data structures can help maximize both spatial and temporal locality in programs.
Temporal locality that is referenced at one point in time will be referenced again sometime in the near future Spatial locality that likelihood of referencing a resource is higher if a resource near it was just referenced
Spatial occlusion refers to objects being hidden by other objects in space, for example, a person standing behind a tree. Temporal occlusion refers to objects being hidden over time, such as an object moving behind another object and disappearing from view temporarily.
It is the phase, which can be measuerd with these type of coherence.