"Consumers will experience gigabits-per-second throughputs and single-millisecond latencies," according to Verizon.
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THE THROUGHPUTS ARE SO -- KERNEN: I WANT TO KNOW HOW IT WORKS BECAUSE IT IS WIRELESS.
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"As a result, Aurubis recorded lower throughputs of both copper concentrates and recycling materials," it said on Wednesday.
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Overall, though, the network has significant dead zones that result in throughputs as low as 27 Mbps down.
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Results were largely driven by higher crack spreads and high utilization rates, with refinery throughputs exceeding 2 million barrels per day, the company said.
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"This (refinery) will further strengthen the throughputs that will go through Kuantan Port, which has easy access to China, South Korea, Japan, Australia and Asean," he said.
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AND THE THIRD ONE IS THE REAL-TIME ENTERPRISE, WHERE YOU BASICALLY CAN THINK ABOUT THE CORDLESS ENTERPRISE, CAN USE LOW LATENCY, ENORMOUS THROUGHPUTS, PRIVATE 5G NETWORKS.
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Anthony Romero, the head of the American Civil Liberties Union, which has received substantial funding from Novogratz, told me, "A lot of hedge-fund-investor types are mostly thinking about throughputs and R.O.I."—return on investment.
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"The fact of the matter is there's more than adequate gasoline to get through the summer driving season, and refiners continue to run at near-record throughputs, which will keep supplies from drawing precipitously," said Andrew Lipow, president of Lipow Oil Associates.
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The slump in gasoline futures pushed the gasoline crack spread, an indication of refining profit margins, to an eight-year low after Wednesday's data showed record U.S. refinery throughputs last week spurred the biggest jump in gasoline inventories in three months, but that demand was down nearly two percent on the year.
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More recently, his group have introduced the technique of stroboscopic imaging flow cytometry, which allows for high resolution imaging of biological cells at throughputs in excess of 100,000 cells per second.
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Femtocells can also create a much better user > experience by enabling substantially higher data rates than can be obtained > with a macro network and net throughputs that will be ultimately limited by > backhaul in most cases (over 20 Mbps in 5 MHz).
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The heuristic used to select the entry to replace is known as the replacement policy. One popular replacement policy, "least recently used" (LRU), replaces the oldest entry, the entry that was accessed less recently than any other entry (see cache algorithm). More efficient caching algorithms compute the use-hit frequency against the size of the stored contents, as well as the latencies and throughputs for both the cache and the backing store. This works well for larger amounts of data, longer latencies, and slower throughputs, such as that experienced with hard drives and networks, but is not efficient for use within a CPU cache.
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In 2009, passenger throughputs of all nationwide airports reached 486.063 million, up by 19.8% over the last year; cargo and mail throughputs were 9.456 million tons, up by 7.0%. In 2009, the number of airports with passenger throughput over 1 million person-trips was 51, an increase of 4 over the last year; and the number of airports with cargo and mail throughput that is over 10 thousand ton was 45, an increase of 1 over 2008. 51 airports had over 10 thousand takeoffs and landings annually, increased by 4 as compared with the last year. All the above indicated that China's airports had increasingly strong operation capability.
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MoCA 2.0 offers actual throughputs (MAC rate) up to 1 Gbps. Operating frequency range is 500 to 1650 MHz. Packet error rate is 1 packet error in 100 million. MoCA 2.0 also offers lower power modes of sleep and standby and is backward interoperable with MoCA 1.1.
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Tubular bowl centrifuge is widely used for nano- scale particles separation and is one of old design of centrifuge processes. Nanoparticles are separated from a suspension using this process because very high G value i.e. high rotation speed ensures reasonable throughputs are produced. :Lars Egmont Spelter, H. N. (2010).
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Mahindra Susten has developed products aimed at increasing the efficiency and throughputs of Solar PV plants across all scales. The MSAT100 is an indigenously designed & developed tracker which can help to substantially increase the generation potential of any solar setup. The company has supplied 500+ trackers & installed 226.04+MW tracker at sites in Tamil Nadu, Andhra Pradesh, Telangana& Thailand.
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Common configurations of 11n devices are 2x2:2, 2x3:2, and 3x2:2. All three configurations have the same maximum throughputs and features, and differ only in the amount of diversity the antenna systems provide. In addition, a fourth configuration, 3x3:3 is becoming common, which has a higher throughput, due to the additional data stream.
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In energy monitoring and targeting, a driving factor is something recurrent and measurable whose variation explains variation in energy consumption. The term independent variable is sometimes used as a synonym. One of the most common driving factors is the weather, expressed usually as heating or cooling degree days. In energy-intensive processes, production throughputs would usually be used.
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The CTX-9000 DSi system is the world's fastest FAA-certified (Certification moved to TSA Transportation Security Lab in 2002) Explosives Detection System, handling 542 bags per hour. It features alternate operational modes yielding even higher throughputs. The CTX-9000 DSi is designed for integrated airport installations. Its 1-metre wide conveyor coordinates with standard airport baggage handling systems.
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However, since females on average spend more time in washrooms more males are able to use more facilities per unit time. More recent parity regulations therefore require more fixtures for females to ensure that the average time spent waiting to use the toilet is the same for females as for males, or to equalise throughputs of male and female toilets.
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His central thesis is that the systems in existence at all eight levels are open systems composed of twenty critical subsystems that process inputs, throughputs, and outputs of various forms of matter–energy and information. Two of these subsystems—reproducer and boundary—process both matter–energy and information. Eight of them process only matter–energy. The other ten process information only.
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Navon and Miller claim that Dual Task Interference is caused by outcome conflict which is a result of one task producing, "outputs, throughputs, or side effects that are harmful to the processing of the [other task]". This is basically the concept of Interference Theory. The thoughts, outputs and side effects of one task either effect the previous or subsequent recall.
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With the arrival of caterpillar tractors in the 1930s, the extraction process was accelerated with National Park station having one of the greatest throughputs of timber in New Zealand. Today, only one mill is still operating. In the 1960s, National Park became the railhead for all the heavy equipment and machinery for the Tongariro Power Scheme Development with local pumice roads substantially upgraded to take the heavy traffic.
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When combined sewer systems experience these higher than normal throughputs, relief systems cause discharges containing human and industrial waste to flow into rivers, streams, or other bodies of water. Such events frequently cause both negative environmental and lifestyle consequences, including beach closures, contaminated shellfish unsafe for consumption, and contamination of drinking water sources, rendering them temporarily unsafe for drinking and requiring boiling before uses such as bathing or washing dishes.
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Since the polymerization reactions involved in SLA are highly exothermic processes, the production of objects at high-throughputs is associated with high temperatures that can result in structural defects. HARP addresses this problem by utilizing a solid-liquid slip boundary (Figure 2) that cools the resin by withdrawing heat from the system. This allows for large structures to be fabricated quickly without the temperature-associated defects inherent to other SLA processes.
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Cells must be identified and targeted with a high degree of accuracy. This can be accomplished using cell staining and fluorescence microscopy or without staining through the use of techniques such as quantitative phase microscopy or phase contrast microscopy. Ultimately, the objective is to recognize cells, target them, and move them into position for irradiation as fast as possible. Throughputs of up to 15,000 cells per hour have been achieved.
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Yilan's departure track prior to changing ends and returning to Hsinchu via Taipei. Taiwan Railway's ordinary local passenger train on the scenic South-link line. Operations on different railroads are variations of same general principles. TRA's practices are like JR's – somewhat labour-intensive, but immediate on-site accountability and close supervision contribute to high service quality, good delay-recovery capabilities, skills to execute complex maneuvers, and throughputs closer to theoretical line capacity than otherwise achievable.
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Some wheat headers, called "draper" headers, use a fabric or rubber apron instead of a cross auger. Draper headers allow faster feeding than cross augers, leading to higher throughputs due to lower power requirements. On many farms, platform headers are used to cut wheat, instead of separate wheat headers, so as to reduce overall costs. Dummy heads or pick-up headers feature spring- tined pickups, usually attached to a heavy rubber belt.
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It is also designed and optimized to run on Google's computing clusters, dense nodes which consist of cheap "commodity" computers, which means precautions must be taken against the high failure rate of individual nodes and the subsequent data loss. Other design decisions select for high data throughputs, even when it comes at the cost of latency. A GFS cluster consists of multiple nodes. These nodes are divided into two types: one Master node and multiple Chunkservers.
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Colour sorters are used for the food processing industry, such as coffee, nuts, and oil crops. The goal is the separation of items that are discoloured, toxic (such as ergot), not as ripe as required, or still with hull after dehulling such as sunflower seeds.. Compared with manual sorting, machines save labor and time, have higher efficiency, and have lower processing costs. Throughputs have increased with the use of new CCD technologies and are now up to 100 t/h.
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To understand knowledge ecology as a productive operation, it is helpful to focus on the knowledge ecosystem that lies at its core. Like natural ecosystems, these knowledge ecosystems have inputs, throughputs and outputs operating in open exchange relationship with their environments. Multiple layers and levels of systems may be integrated to form a complete ecosystem. These systems consist of interlinked knowledge resources, databases, human experts, and artificial knowledge agents that collectively provide an online knowledge for anywhere anytime performance of organizational tasks.
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Double-track sections can accommodate trains at different speeds; passing movements don't interference with opposing traffic, allowing scheduled throughputs of ~15 trains per hour per direction. Scheduling practices assume staff can respond to unforeseen delays and out-of-sequence trains by dynamically utilizing available infrastructure. TRA has recently installed advanced signalling on the northernmost portion of the West Coast line around Taipei, and has performed extensive capacity analysis to maximize train throughputs.Lai, Yung-Cheng;Wang, Szu-Han;Jong, Jyh-Cherng.
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Slurry transport uses several methods: hydraulic conveying; conventional lean slurry conveying; and high concentration slurry disposal (HCSD). The latter, HCSD, is a relatively modern approach, which is used to transfer high throughputs of fine fly ash over long distances (>) using high pressure diaphragm pumps with velocities of around 2 m/s. Ash disposal is simple as the ash solidifies easily and the system does not produce the waste water or leachate problems which can often be associated with ash lagoons.
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The considerations that determine the ideal platform for a specific application include the nature of the product – large or small, wet or dry, fragile or unbreakable, round or easy to stabilize – and the user's objectives. In general, products smaller than a grain of rice and as large as whole potatoes can be sorted. Throughputs range from less than 2 metric tons of product per hour on low-capacity sorters to more than 35 metric tons of product per hour on high-capacity sorters.
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As the names imply, freefall sorters inspect product in-air during the freefall and chute- fed sorters stabilize product on a chute prior to in-air inspection. The major advantages of freefall and chute-fed sorters, compared to belt sorters, are a lower price point and lower maintenance. These sorters are often most suitable for nuts and berries as well as frozen and dried fruits, vegetables, potato strips and seafood, in addition to waste recycling applications that require mid-volume throughputs.
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Saturation happens very quickly in low vacuums, so cryopumps are usually only used in high or ultrahigh vacuum systems. The cryopump provides fast, clean pumping of all gases in the 10−3 to 10−9 Torr range. The cryopump operates on the principle that gases can be condensed and held at extremely low vapor pressures, achieving high speeds and throughputs. The cold head consists of a two-stage cold head cylinder (part of the vacuum vessel) and a drive unit displacer assembly.
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MoCA 2.5 (introduced April 13, 2016) offers actual data rates up to 2.5 Gbit/s, continues to be backward interoperable with MoCA 2.0 and MoCA 1.1, and adds MoCA protected setup (MPS), Management Proxy, Enhanced Privacy, Network wide Beacon Power, and Bridge detection. MoCA Access is intended for multiple dwelling units (MDUs) such as hotels, resorts, hospitals, or educational facilities. It is based on the current MoCA 2.0 standard which is capable of 1 Gbps net throughputs, and MoCA 2.5 which is capable of 2.5 Gbps.
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ICTSI is an international operator of common user container terminals serving the global container shipping industry. Its business is the acquisition, development, operation and management of container terminals focusing on facilities with total annual throughputs ranging from 50,000 to 3,000,000 twenty-foot equivalent units (TEUs). It also handles break bulk cargoes and provides a number of ancillary services such as storage, container packing and unpacking, inspection, weighing, and services for refrigerated containers or reefers. ICTSI is an independent port operator with no vested interests in shipping line activity.
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This certification program established a set of features and a level of interoperability across vendors supporting those features, thus providing one definition of 'draft n' to ensure compatibility and interoperability. The baseline certification covers both 20 MHz and 40 MHz wide channels, and up to two spatial streams, for maximum throughputs of 144.4 Mbit/s for 20 MHz and 300 Mbit/s for 40 MHz (with short guard interval). A number of vendors in both the consumer and enterprise spaces have built products that have achieved this certification.
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DESI has been widely studied since its inception in 2004 by Zoltan Takáts, et al., in Graham Cooks' group from Purdue University with the goal of looking into methods that didn't require the sample to be inside of a vacuum. Both DESI and direct analysis in real time (DART) have been largely responsible for the rapid growth in ambient ionization techniques, with a proliferation of more than eighty new techniques being found today. These methods allow for complex systems to be analyzed without preparation and throughputs as high as 45 samples a minute.
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This change has since been confusing, as there are many National Parks in New Zealand. The opening of the Main Trunk line in 1908 created a vast opportunity to log and mill the large trees in the native forests, with 30 saw mills and associated bush tramways established in the National Park area alone. With the arrival of caterpillar tractors in the 1930s the extraction process was accelerated with National Park station having one of the greatest throughputs of timber in New Zealand. Today Tongariro Timber is the last surviving mill operating at National Park.
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Scylla is an open-source distributed NoSQL column-oriented data store. It was designed to be compatible with Apache Cassandra while achieving significantly higher throughputs and lower latencies. It supports the same protocols as Cassandra (CQL and Thrift) and the same file formats (SSTable), but is a completely rewritten implementation, using the C++17 language replacing Cassandra's Java, and the SeastarSeastar is an advanced, open-source C++ framework for high-performance server applications on modern hardware. asynchronous programming library replacing threads, shared memory, mapped files, and other classic Linux programming techniques.
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Without a needle, glass rods can also be produced, whereby the diameter being adjusted via the nozzle as well as the drawing speed. Due to the vertical glass exit, down-draw processes are sporadically also listed under the general term "Vello", although there is no forcible deflection into the horizontal. Danner and Vello processes are used for the production of thin-walled glass tubes of relatively small diameter, with throughputs of up to 55 tonnes per day. The world record for the longest ever continuously drawn tube glass in one piece is 10 m hold by SCHOTT Tubing.
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In applications where the thickness and packing density of graphene layer needs to carefully controlled, the Langmuir-Blodgett method has been used. In addition to forming directly a layer of graphene, another approach that has been widely studied is forming a graphene oxide layer which can then be reduced further into graphene. Some of the benefits of LB deposition include an accurate control over the layered architecture of the graphene, the layer-by-layer deposition process is amenable to assembling any combination of thin carbon layers on a substrates, the assembly process operates at room temperature and produces high throughputs while it is amenable to automation and mass production.
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In the United States, the band 36.0 – 40.0 GHz is used for licensed high-speed microwave data links, and the 60 GHz band can be used for unlicensed short range (1.7 km) data links with data throughputs up to 2.5 Gbit/s. It is used commonly in flat terrain. The 71–76, 81–86 and 92–95 GHz bands are also used for point-to-point high-bandwidth communication links. These higher frequencies do not suffer from oxygen absorption, but require a transmitting license in the US from the Federal Communications Commission (FCC). There are plans for 10 Gbit/s links using these frequencies as well.
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Data is written identically to two or more drives, thereby producing a "mirrored set" of drives. Thus, any read request can be serviced by any drive in the set. If a request is broadcast to every drive in the set, it can be serviced by the drive that accesses the data first (depending on its seek time and rotational latency), improving performance. Sustained read throughput, if the controller or software is optimized for it, approaches the sum of throughputs of every drive in the set, just as for RAID 0\. Actual read throughput of most RAID 1 implementations is slower than the fastest drive.
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Even in the cases where the user was in control of both ends of the link, Microcom's "proprietary" modems were less interesting than models from other companies that offered much higher "real world" throughputs. In order to create a market for Microcom modems, starting with MNP 5 they took the radical step of licensing the entire MNP suite for free. The idea was that this would dramatically increase the number of modems with MNP installed, making "real" Microcom modems more attractive. Moreover, newer standards with improved performance would offer even better performance when there was a Microcom modem at both ends of the link.
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HARP utilizes a circulating fluorinated oil layer below the resin to remove heat at the boundary between the oil and the resin, cooling the system (Figure 2). The fluorinated oil is circulated at a rate that supports the formation of a solid-liquid slip boundary, and therefore, low adhesion between the printed object and the transparent vat. The slip boundary ensures uniformity of both topology and temperature across the interface and allows for continuous printing but at substantially higher throughputs than CLIP. The heat dissipation is a consequence of the direct contact between the fluorinated oil and the hot, polymerizing resin, since heat is effectively transferred from the resin to the oil.
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Graphical representation of Wi-Fi application specific (UDP) performance envelope band, with 802.11g Graphical representation of Wi- Fi application specific (UDP) performance envelope band, with 802.11n with 40 MHz Various layer 2 variants of IEEE 802.11 have different characteristics. Across all flavours of 802.11, maximum achievable throughputs are either given based on measurements under ideal conditions or in the layer 2 data rates. This, however, does not apply to typical deployments in which data are transferred between two endpoints of which at least one is typically connected to a wired infrastructure, and the other is connected to an infrastructure via a wireless link. This means that typically data frames pass an 802.11 (WLAN) medium and are being converted to 802.3 (Ethernet) or vice versa.
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It must also offer some means by which any input, correctly described in terms of this mechanics, can be used to generate an output which is an equally correct description of the output which the actual system would have given for the input concerned. It may also be noted that there are two other things which a functional model may do, but which are not necessary to all functional models. Thus such a system may, but need not, describe the system throughputs other than at the input and output, and it may also contain a description of the operation which each element carries out on the throughput, but once again this is not.William Gosling (1962) The design of engineering systems. p.
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In addition to standard BitTorrent client sharing functions, Tixati provides integral chatrooms with the channel chat as well as private messaging being strongly encrypted. According to Tixati's support page, "the Channels feature of Tixati is a particularly good demonstration of how to build a decentralized networked application that supports very high throughputs while remaining cryptographically secure in a 100% decentralized environment. This includes a linear network-coded decentralized media streaming feature, which is secured by a homomorphic hash function and elliptic-curve signatures (the first system of its kind to be implemented successfully.)" Chatrooms can be either public or secret. Users are allowed to optionally share lists of magnet or URL links which are then searchable across all channels a user is joined to.
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The idea was that Apple couldn't get the drives to work and would be forced to go back and purchase more expensive SA-400s. The Disk II was very successful for Apple, being the cheapest floppy disk system ever sold up to that point and immensely profitable for the company, in addition to having nearly 20% more storage space than standard FM drives. For a while, the only direct competitor in the microcomputer industry was the TRS-80 Model I, which had used only standard FM storage for 85k. Both the Atari 8-bit and Commodore 64's disk drives' throughputs were much slower than the Disk II's 15 KB/s, seriously affecting their ability to compete in the business market.
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Power control refers to the process through which mobiles in CDMA cellular settings adjust their transmission powers so that they do not create unnecessary interference to other mobiles, trying, nevertheless, to achieve the required Quality of Service. Power control can be centralized in nature, where the base station dictates and assigns transmitter power levels to mobiles based on their link qualities, or they can be distributed, in which mobiles update their powers autonomously, independent of the base station, based on perceived service quality. In such distributed settings, the mobiles can be considered to be selfish agents (players) who try to maximize their utilities (often modeled as corresponding throughputs). Game theory is considered to be a powerful tool to study such scenarios.
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Graphical representation of Wi-Fi application specific (UDP) performance envelope 2.4 GHz band, with 802.11g. 1 Mbps = 1 Mbit/s Across all variations of 802.11, maximum achievable throughputs are given either based on measurements under ideal conditions or in the layer-2 data rates. However, this does not apply to typical deployments in which data is being transferred between two endpoints, of which at least one is typically connected to a wired infrastructure and the other endpoint is connected to an infrastructure via a wireless link. Graphical representation of Wi-Fi application specific (UDP) performance envelope 2.4 GHz band, with 802.11n with 40MHz This means that, typically, data frames pass an 802.11 (WLAN) medium, and are being converted to 802.3 (Ethernet) or vice versa.
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Systems thinking is a theory that provides stakeholders with an "understanding [of] how the people, processes, and technology within an organization interact allow[ing] business analysts to understand the enterprise from a holistic point of view". While traditional forms of analysis look at specific parts of a system, systems thinking looks at the "big picture," focusing on the interactions between parts including dependencies and synergistic relationships. While there are many approaches and models of systems thinking, provide an open system (systems theory) that analyzes a system by its (a) inputs, (b) throughputs or transformations, (c) outputs, (d) feedback, and (e) environment. This model has been adapted for use in analyzing each of the organizational teams as a system through their (a) inputs, (b) transformations, (c) outputs, (d) feedback loops, (e) goals, and (f) environment.
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The concept takes advantage of high speed or parallel manipulation technologies that have been enabled by large and cheap available computing capacity, which is not an issue with the standard approach that decouples a slow, but precise structuring process for writing a mask from a fast and highly parallel copy process to achieve high replication throughputs as demanded for in industrial microstructuring. Maskless lithography follows two main paths. One is a rasterized approach by generation of a time-variant intermittent image on an electronically modifiable (virtual) mask that is projected with known means (also known as Laser Direct Imaging and other synonyms), or by direct writing, where the radiation is focused to a narrow beam that is scanned in vector form across the resist. The beam is then used to directly write the image into the photoresist, one or more pixels at a time.
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The APG-73 is a late 1980s "upgrade of the APG-65 that provides higher throughputs, greater memory capacity, improved reliability, and easier maintenance". To reduce production costs, many of the upgraded radar's modules are common with the APG-70 (F-15E Strike Eagle) radar; its software engineers chose the JOVIAL programming language so that they could borrow and adapt existing software written for the APG-70. When fitted with a motion-sensing subsystem and stretch waveform generator and special test equipment, the APG-73 can generate high resolution ground maps and make use of 'advanced' image correlation algorithms to enhance weapon designation accuracy. Since 1992 the APG-73 has been operational in U.S. Navy and Marine Corps F/A-18C and D aircraft; early models of the U.S. Navy F/A-18E/F Super Hornet; and in the air forces of Finland, Switzerland, Malaysia, Canada, and Australia.
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