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The communicator is a fictional device used for voice communication in the fictional universe of Star Trek. As seen in at least two instances, the Original Series episodes "Tomorrow Is Yesterday" and "Day of the Dove," it can also serve as an emergency signaling device/beacon, similar to a transponder. The communicator allows direct contact between individuals or via a ship's communication system.

The communicator in the Star Trek universe surpasses the capabilities of modern mobile phone technology, the prototypes of which it inspired. It allows crew members to contact starships in orbit without relying on a satellite to relay the signal. Communicators use subspace transmissions that do not conform to normal rules of physics in that signals can bypass EM interference, and the devices allow nearly instantaneous communication at distances that would otherwise require more time to traverse.

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In Star Trek: The Original Series (TOS), communicators functioned as a plot device, stranding characters in challenging situations when they malfunctioned, were lost or stolen, or went out of range. Otherwise, the transporter could have allowed characters to return to the ship at the first sign of trouble, ending the storyline prematurely.[2]

Throughout Star Trek: Enterprise and Star Trek: The Original Series, on-ship communication is achieved via communicator panels on desks and walls, and sometimes through the use of videophones. While formed into a landing party, the crew carried hand-held communicators that flip open. The top section contains a transceiver antenna and the bottom contains user controls, a speaker and a microphone. The device was designed and built by Wah Chang, who also built many of the other props used in the series.

Wrist-worn communicators were used in Star Trek: The Motion Picture and remained in use by some Starfleet installations and vessels during the time of The Wrath of Khan. However, the traditional handheld communicator returned in later films. The reason for the switch was not explained, but the non-canon source Mister Scott's Guide to the Enterprise offered the explanation that Starfleet discontinued use of the wrist-worn communicators when they were determined to be prone to repeated failures after suffering minor impacts.

In Star Trek: The Next Generation (TNG) and later series, Starfleet officers and enlisted personnel wear small communicator badges on their left breast. These devices are in the shape of the Starfleet insignia and are activated with a light tap. They also incorporate the universal translator. There have been four versions of the communicator badge seen on screen. The first was a prototype used by members of Section 31 during the second season of Star Trek: Discovery (DIS). The second was used through TNG and in the first two seasons of Star Trek: Deep Space Nine (DS9). The third was used in the last five seasons of DS9, throughout Star Trek: Voyager, the four TNG films, and in flashback scenes in Star Trek: Picard (PIC). The fourth was seen in use in 2399 in Picard. Use of the modern badges dates back at least as far as the time of the Enterprise-C. (Lt. Richard Castillo is shown wearing a communicator badge in the TNG episode "Yesterday's Enterprise," the Starfleet insignia of his TOS movie-era uniform now functioning as a communicator badge.)According to Data in the episode "Time's Arrow, Part One" at a poker game in 1893, the badge is made out of a crystalline composite of silicon, beryllium, carbon 70 and gold.

In Deep Space Nine, Bajoran officers and enlisted personnel also wear a small communicator badge that functions much the same as their Starfleet counterparts. However, Bajorans wear their badges on the right breast of their uniform tunics. Cardassians are shown wearing their communicators on their left wrist.

While wall and desk panels are still present, officers and crew consider them a secondary system, relying primarily on the badges. Viewscreens are used for visual communications. In Starfleet vessels and installations, communication can also be accomplished by verbally directing the computer to initiate communications with another person.

In the Star Trek: Strange New Worlds episode "Those Old Scientists", First Officer Una Chin-Riley shows the time-traveling Ensign Boimler's communicator delta to Captain Christopher Pike. Upon seeing that the communicator activates with a simple button press, Pike remarks that "flipping it open's the best part."

In June 2016,[4] The Wand Company Ltd. released a highly accurate and working replica of the Star Trek: The Original Series Communicator using Bluetooth to enable it to pair with, and connect to, a Bluetooth enabled mobile phone so as to allow it to be used in exactly the way envisioned in the original Star Trek TV show; to make and receive calls.[5] Advances in voice recognition and cloud-based artificial intelligence allow the user to use voice dialing via the rather simple interface, but also to ask questions using Siri, Google Assistant, Cortana or any other digital personal assistant through the Communicator. This is much the same as when a member of the Enterprise crew in the original series asks the ship's computer to find a colleague or ask for a status update.

In December 2016, Fametek LLC. released the Star Trek: The Next Generation CommBadge[6] using Bluetooth 4.2 technology to enable it to pair with a Bluetooth enabled mobile phone or tablet to make and receive calls and utilizes voice commands via Siri, Google Assistant or Cortana. The Bluetooth ComBadge also has a Cos-Play mode which when pressed activates the same Chirp sound effect as seen on the show.[7]

No real-world equivalent to subspace communication has been developed, proposed, or theorized. However, many other aspects of Starfleet communications technology are commonplace. For example, locator/transponder functionality is implemented via GPS, LoJack, RFID, and radio direction finder devices, and cloud-based digital assistants perform in a way similar to the artificial intelligence of a Starfleet ship's computer.

Specially designed for the visually impaired, this state-of-the-art communicator has 12 levels, scanning capabilities and large brightly illuminated targets that make it possible to see, select and activate messages. To activate, simply press on the selected icon or picture. The target will light up and the pre-recorded message will play.

It is at this point, as teenagers, where our communication instruction usually stops. We are forced to learn to become modern communicators on our own. Being a modern communicator means being a competent interpersonal communicator (faceto- face relationships) as well as a mass communicator (social media). As mass communicators, strategies for using new applications like texting and social media are learned through trial and error. Today, however, we know that modern communicators must be equipped with the knowledge to communicate successfully in face-to-face and mediated settings.

The information age is noted for hypertechnological change. This change is global in scope and will modify communication worldwide for decades to come. The broad contexts of the way we communicate interpersonally, in groups, and in public speaking forums have changed in recent years. However, our goal as communicators has stayed the same: to send messages, through the appropriate channels, to receivers, with some desired effect (Lasswell, 1948). We attempt to map the change that communication scholars have observed and offer strategies for navigating these new paths.

This book is first and foremost about human communication. We review the contexts of communication, including formal and informal one-on-one communication, formal and informal small-group communication, and formal public speaking. We address each communication context, keeping in mind that we use new technologies to mediate our interaction with others.

When creating a communicator, a unique rank between 0 and n-1 has to be assigned to each of the n CUDA devices whichare part of the communicator. Using the same CUDA device multiple times as different ranks of the same NCCLcommunicator is not supported and may lead to hangs.

Given a static mapping of ranks to CUDA devices, the ncclCommInitRank(), ncclCommInitRankConfig() andncclCommInitAll() functions will create communicator objects, each communicator object being associated to afixed rank and CUDA device. Those objects will then be used to launch communication operations.

Before calling ncclCommInitRank(), you need to first create a unique object which will be used by all processesand threads to synchronize and understand they are part of the same communicator. This is done by calling thencclGetUniqueId() function.

The ncclGetUniqueId() function returns an ID which has to be broadcast to all participating threads andprocesses using any CPU communication system, for example, passing the ID pointer to multiple threads, or broadcastingit to other processes using MPI or another parallel environment using, for example, sockets.

You can also call the ncclCommInitAll operation to create n communicator objects at once within a single process. As itis limited to a single process, this function does not permit inter-node communication. ncclCommInitAll is equivalentto calling a combination of ncclGetUniqueId and ncclCommInitRank.

The ncclCommSplit function can be used to create communicators based on an existing one. This allows to split an existingcommunicator into multiple sub-partitions, duplicate an existing communicator, or even create a single communicator withfewer ranks. 152ee80cbc

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