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Fab Fox
Fab Fox is the second studio album by Fujifabric, released in 2005 on the Capitol Records label.
Track listing
Chart positions
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Fab_Fox
Lovelock, Nevada
Lovelock is the county seat of Pershing County, Nevada, in which it is the only incorporated city. It is the namesake of a nearby medium-security men's prison and a Cold War-era gunnery range. Formerly a stop for settlers on their way to California and later a train depot, the town's economy remains based on farming, mining and also increasingly on tourism.
Geography
Lovelock lies in the Humboldt River Basin, very near the terminus of the river. Some twenty miles outside the town is the Lovelock Native Cave, a horseshoe-shaped cave of about 35 ft width (11 m) and 150 ft length (46 m) where Northern Paiute natives anciently deposited a number of duck decoys and other artifacts.
According to the United States Census Bureau, the city has a total area of 0.9 square miles (2.3 km2), all of it land. It has four differently designed welcome signs with pioneer and Wild West themes placed on its approach roads. At the southern end of town is the 20-acre reservation of the Lovelock Paiute Tribe.
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Lovelock,_Nevada
Coherent topology
In topology, a coherent topology is a topology that is uniquely determined by a family of subspaces. Loosely speaking, a topological space is coherent with a family of subspaces if it is a topological union of those subspaces. It is also sometimes called the weak topology generated by the family of subspaces, a notion which is quite different from the notion of a weak topology generated by a set of maps.
Definition
Let X be a topological space and let C = {Cα : α ∈ A} be a family of subspaces of X (typically C will be a cover of X). Then X is said to be coherent with C (or determined by C) if X has the final topology coinduced by the inclusion maps
By definition, this is the finest topology on (the underlying set of) X for which the inclusion maps are continuous.
Equivalently, X is coherent with C if either of the following two equivalent conditions holds:
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Coherent_topology
1585 Union
1585 Union (1947 RG) is a main-belt asteroid discovered on September 7, 1947, by E. L. Johnson at Johannesburg (UO).
References
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/1585_Union
Haymarket (MBTA station)
Haymarket is an MBTA subway station serving the Green and Orange lines, located at the corner of Congress and New Sudbury streets in downtown Boston, Massachusetts. Haymarket allows transfers between the Orange and Green lines, as does North Station one stop to the north. Haymarket was named for Haymarket Square, which has served as a produce market since around 1830.
Unusually, the two subway lines that converge at Haymarket are not stacked vertically underground, but instead are parallel at approximately the same level. The Orange Line access consists of two side platforms to serve the line's two tracks, while the Green Line is served by a single island platform which is divided mostly in half by a wall. Passenger transfers between lines require changing levels via stairs or elevator, so it may be preferable to transfer at more-spacious North Station, which also allows convenient cross-platform transfers for inbound trips.
The station is fully wheelchair accessible.
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Haymarket_(MBTA_station)
Referee
A referee is the person of authority in a variety of sports who is responsible for presiding over the game from a neutral point of view and making on-the-fly decisions that enforce the rules of the sport, including sportsmanship decisions such as ejection. The official tasked with this job may be known, in addition to referee, by a variety of other titles as well (often depending on the sport), including umpire, judge, arbiter, arbitrator, linesman, commissaire, timekeeper, touch judge or Technical Official (by the International Olympic Committee).
Origin
The term referee originated in association football. Originally the team captains would consult with each other in order to resolve any dispute on the pitch. Eventually this role was delegated to an umpire. Each team would bring their own partisan umpire allowing the team captains to concentrate on the game. Later, the referee, a third "neutral" official was added, this referee would be "referred to" if the umpires could not resolve a dispute. The referee did not take his place on the pitch until 1891, when the umpires became linesmen (now assistant referees). Today, in many amateur football matches, each side will still supply their own partisan assistant referees (still commonly called club linesmen) to assist the neutral referee appointed by the governing football association if one or both assistant referees are not provided. In this case, the role of the linesmen is limited to indicating out of play and cannot decide off side.
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Referee
Encounter (TV series)
Encounter is a five-week anthology television series aired from Toronto, Canada, and carried by both CBC Television and ABC from October 5 to November 2, 1958. In Canada the series was known as General Motors Presents.
The one-hour dramas were either romance, adventure, or mystery stories. Patrick Macnee, Barry Morse and William Shatner were among those who appeared on Encounter.. ABC had planned to air 39 episodes of the series, but aired only 5.
In the United States, Encounter followed the western series Colt .45. The program faced competition on CBS from The Alfred Hitchcock Show and The $64,000 Question. NBC at the time aired part of The Dinah Shore Chevy Show.
It is not known what program succeeded Encounter in the 9:30 Eastern time slot beginning on Sunday, November 9, 1958. The following season The Alaskans, an adventure program set in Alaska and starring Roger Moore, Dorothy Provine, and Jeff York, aired on ABC in that time period.
Encounter is not the shortest-running series on an American television network. In the fall of 1966, The Tammy Grimes Show, a situation comedy starring Tammy Grimes, ran only four episodes on ABC before it was cancelled.100 Grand, an ABC quiz show, lasted for only three episodes after its debut in the fall of 1963 on the Sunday evening schedule. A program called Turn-On, promoted as a sophisticated answer to NBC's Laugh In, was cancelled on the air during its first and only episode.
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Encounter_(TV_series)
Podcasts:
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Optimal Coherence Topology
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
published: 02 Jan 2024 -
A Temporal Coherent Topology Optimization Approach for AssemblyPlanning of Bespoke Frame Structures
We present a computational framework for planning the assembly sequence of bespoke frame structures. Frame structures are one of the most commonly used structural systems in modern architecture, providing resistance to gravitational and external loads. Building frame structures requires traversing through several partially built states. If the assembly sequence is planned poorly, these partial assemblies can exhibit substantial deformation due to self-weight, slowing down or jeopardizing the assembly process. Finding a good assembly sequence that minimizes intermediate deformations is an interesting yet challenging combinatorial problem that is usually solved by heuristic search algorithms. In this paper, we propose a new optimization-based approach that models sequence planning using a se...
published: 07 May 2023 -
Algebraic Topology: Coherent topologies | THESUBNASH - Jeden Tag ein neues Mathevideo
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH http://www.youtube.com/user/thesubnash?sub_confirmation=1 Direkt zu den Playlists: https://www.youtube.com/user/TheSubNash/playlists?flow=grid&view=1 Math Channel http://www.youtube.com/user/thesubnash?sub_confirmation=1 Neue Mathebücher der letzten 30 Tage auf Amazon.de: https://amzn.to/2O34fsi Given some topology on X an some open cover we construct the related coherent topology and look at its properties Was ist eigentlich die i-te Wurzel aus i ? Jetzt ansehen: https://www.youtube.com/watch?v=U6Csy9FfXO0
published: 02 Mar 2018 -
Some digital topology and a Borsuk-Ulam Theorem
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2015 at the Fairfield University Math REU program colloquium. The talk should be accessible to math undergraduates and enthusiasts, even better if you have some basic topology background. Link to my digital Borsuk-Ulam paper: http://arxiv.org/abs/1506.06426 Link to Chris Staecker webarea: http://cstaecker.fairfield.edu/~cstaecker/index.html
published: 26 Jul 2015 -
Topology, non-local geometry and dynamics of coherent structures in wall-bounded flows
This video presentation summarizes the research carried out during the 2010 Summer Program at the Center for Turbulence Research (CTR), NASA/Stanford University, by the group formed by Julio Soria, Callum Atkinson and Xiaohua Wu as visitor researchers and Sergei Chumakov and Iván Bermejo-Moreno as CTR hosts.
published: 02 Aug 2010 -
Heterogeneous Multi-processor Coherent Interconnect
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneous Multi-processor Coherent Interconnect. "The rapid increase in processor and memory integration onto a single die continues to place increasingly complex demands on the interconnect network. In addition to providing low latency, high speed and high bandwidth access from all processors to all shared resources, the burdens of hardware cache coherence and resource virtualization are being placed upon the interconnect as well. This paper describes a multi-core shared memory controller interconnect (MSMC) which supports up to 12 processors, 8 independent banks of IO-coherent on-chip shared SRAM, an IO-coherent external memory controller, and high-bandwidth IO connections to the SoC infrastructure. MSMC ...
published: 28 Aug 2013 -
Algebraic Topology 20: Introduction to Cohomology
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4 We give a brief recap of homology and then show how dualizing the chain complex by Hom(--,Z) gives a cochain complex with coboundary maps that we use to calculate cohomology. We show that for finitely generated chain groups, we can calculate the cohomology in terms of the homology groups. Then we dualize with other coefficient groups G and discuss the universal coefficient theorem for cohomology. Presented by Anthony Bosman, PhD. Learn more about math at Andrews University: https://www.andrews.edu/cas/math/ In this course we are following Hatcher, Algebraic Topology: https://pi.math.cornell.edu/~hatcher/AT/AT.pdf
published: 28 Mar 2024 -
Oracle Coherence Data Grid
Google Tech Talks June 27, 2007 ABSTRACT Data Grid-based infrastructures are being developed, deployed and used to achieve unlimited application scalability and continuous availability. This presentation focuses on Oracle Coherence Data Grid and how it's capabilities, which includes coherent in-memory caching, dynamic data partitioning, even processing, parallel query and process execution and on how these capabilities enable achievement of these goals and more. In this presentation we will address: · How Coherence capabilities function, such as coherent in-memory caching, dynamic data partitioning, and parallel query and process execution, and how they enable a new generation of grid...
published: 09 Oct 2007 -
What is a Mesh Network? Everything You Need to Know
A mesh network, sometimes called mesh network topology, is a network that connects a group of devices to each other. Devices, also referred to as nodes, are connected in a way that some, if not all nodes, have multiple paths to other nodes. Watch to learn what a mesh network is and how it works. 🔎 Read more: What is mesh network ➡️ https://www.techtarget.com/iotagenda/definition/mesh-network-topology-mesh-network What is wireless mesh network ➡️ https://www.techtarget.com/searchnetworking/definition/wireless-mesh-network ------------------------------------------------------------------------------ 🔔Subscribe to Eye on Tech: https://www.youtube.com/@EyeonTech?sub_confirmation=1 ------------------------------------------------------------------------------ Follow Eye on Tech: ...
published: 16 Feb 2020 -
Arteris IP: A Flexible Multiprotocol Cache Coherent Network-on-Chip (NoC) for Heterogeneous SoCs
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP. As AI and ML drive chip complexity, heterogeneous architectures using multiple types of processing elements are becoming a practical solution to meet processing and power requirements in systems-on-chip (SoC). This presentation describes new technology that allows processors developed with AMBA CHI, ACE and AXI interfaces to be integrated together in a single cache-coherent system. The talk includes graphical examples that highlight topology and network node configuration flexibility and the use of integrated system-level simulation to determine optimal architectures. The Linley Fall Processor Conference featured technical presentations addressing processors and IP cores for AI applications, embedded, data center, automo...
published: 01 Dec 2020
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0:33
Optimal Coherence Topology
- Order: Reorder
- Duration: 0:33
- Uploaded Date: 02 Jan 2024
- views: 30
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
https://wn.com/Optimal_Coherence_Topology
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
5:08
A Temporal Coherent Topology Optimization Approach for AssemblyPlanning of Bespoke Frame Structures
- Order: Reorder
- Duration: 5:08
- Uploaded Date: 07 May 2023
- views: 382
We present a computational framework for planning the assembly sequence of bespoke frame structures. Frame structures are one of the most commonly used structur...
We present a computational framework for planning the assembly sequence of bespoke frame structures. Frame structures are one of the most commonly used structural systems in modern architecture, providing resistance to gravitational and external loads. Building frame structures requires traversing through several partially built states. If the assembly sequence is planned poorly, these partial assemblies can exhibit substantial deformation due to self-weight, slowing down or jeopardizing the assembly process. Finding a good assembly sequence that minimizes intermediate deformations is an interesting yet challenging combinatorial problem that is usually solved by heuristic search algorithms. In this paper, we propose a new optimization-based approach that models sequence planning using a series of topology optimization problems. Our key insight is that enforcing temporal coherent constraints in the topology optimization can lead to sub-structures with small deformations while staying consistent with each other to form an assembly sequence. We benchmark our algorithm on a large data set and show improvements in both performance and computational time over greedy search algorithms. In addition, we demonstrate that our algorithm can be extended to handle assembly with static or dynamic supports. We further validate our approach by generating a series of results in multiple scales, including a real-world prototype with a mixed reality assistant using our computed sequence and a simulated example demonstrating a multi-robot assembly application.
https://wn.com/A_Temporal_Coherent_Topology_Optimization_Approach_For_Assemblyplanning_Of_Bespoke_Frame_Structures
We present a computational framework for planning the assembly sequence of bespoke frame structures. Frame structures are one of the most commonly used structural systems in modern architecture, providing resistance to gravitational and external loads. Building frame structures requires traversing through several partially built states. If the assembly sequence is planned poorly, these partial assemblies can exhibit substantial deformation due to self-weight, slowing down or jeopardizing the assembly process. Finding a good assembly sequence that minimizes intermediate deformations is an interesting yet challenging combinatorial problem that is usually solved by heuristic search algorithms. In this paper, we propose a new optimization-based approach that models sequence planning using a series of topology optimization problems. Our key insight is that enforcing temporal coherent constraints in the topology optimization can lead to sub-structures with small deformations while staying consistent with each other to form an assembly sequence. We benchmark our algorithm on a large data set and show improvements in both performance and computational time over greedy search algorithms. In addition, we demonstrate that our algorithm can be extended to handle assembly with static or dynamic supports. We further validate our approach by generating a series of results in multiple scales, including a real-world prototype with a mixed reality assistant using our computed sequence and a simulated example demonstrating a multi-robot assembly application.
- published: 07 May 2023
- views: 382
8:41
Algebraic Topology: Coherent topologies | THESUBNASH - Jeden Tag ein neues Mathevideo
- Order: Reorder
- Duration: 8:41
- Uploaded Date: 02 Mar 2018
- views: 137
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH
http://www.youtube.com/user/thesubnash?sub_confirmation=1
Direkt zu den Pla...
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH
http://www.youtube.com/user/thesubnash?sub_confirmation=1
Direkt zu den Playlists:
https://www.youtube.com/user/TheSubNash/playlists?flow=grid&view=1
Math Channel http://www.youtube.com/user/thesubnash?sub_confirmation=1 Neue Mathebücher der letzten 30 Tage auf Amazon.de: https://amzn.to/2O34fsi Given some topology on X an some open cover we construct the related coherent topology and look at its properties Was ist eigentlich die i-te Wurzel aus i ? Jetzt ansehen: https://www.youtube.com/watch?v=U6Csy9FfXO0
https://wn.com/Algebraic_Topology_Coherent_Topologies_|_Thesubnash_Jeden_Tag_Ein_Neues_Mathevideo
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH
http://www.youtube.com/user/thesubnash?sub_confirmation=1
Direkt zu den Playlists:
https://www.youtube.com/user/TheSubNash/playlists?flow=grid&view=1
Math Channel http://www.youtube.com/user/thesubnash?sub_confirmation=1 Neue Mathebücher der letzten 30 Tage auf Amazon.de: https://amzn.to/2O34fsi Given some topology on X an some open cover we construct the related coherent topology and look at its properties Was ist eigentlich die i-te Wurzel aus i ? Jetzt ansehen: https://www.youtube.com/watch?v=U6Csy9FfXO0
- published: 02 Mar 2018
- views: 137
53:56
Some digital topology and a Borsuk-Ulam Theorem
- Order: Reorder
- Duration: 53:56
- Uploaded Date: 26 Jul 2015
- views: 1557
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2015 at the Fairfield University Math REU program colloquium. The talk ...
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2015 at the Fairfield University Math REU program colloquium. The talk should be accessible to math undergraduates and enthusiasts, even better if you have some basic topology background.
Link to my digital Borsuk-Ulam paper: http://arxiv.org/abs/1506.06426
Link to Chris Staecker webarea: http://cstaecker.fairfield.edu/~cstaecker/index.html
https://wn.com/Some_Digital_Topology_And_A_Borsuk_Ulam_Theorem
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2015 at the Fairfield University Math REU program colloquium. The talk should be accessible to math undergraduates and enthusiasts, even better if you have some basic topology background.
Link to my digital Borsuk-Ulam paper: http://arxiv.org/abs/1506.06426
Link to Chris Staecker webarea: http://cstaecker.fairfield.edu/~cstaecker/index.html
- published: 26 Jul 2015
- views: 1557
8:15
Topology, non-local geometry and dynamics of coherent structures in wall-bounded flows
- Order: Reorder
- Duration: 8:15
- Uploaded Date: 02 Aug 2010
- views: 6333
This video presentation summarizes the research carried out during the 2010 Summer Program at the Center for Turbulence Research (CTR), NASA/Stanford Universit...
This video presentation summarizes the research carried out during the 2010 Summer Program at the Center for Turbulence Research (CTR), NASA/Stanford University, by the group formed by Julio Soria, Callum Atkinson and Xiaohua Wu as visitor researchers and Sergei Chumakov and Iván Bermejo-Moreno as CTR hosts.
https://wn.com/Topology,_Non_Local_Geometry_And_Dynamics_Of_Coherent_Structures_In_Wall_Bounded_Flows
This video presentation summarizes the research carried out during the 2010 Summer Program at the Center for Turbulence Research (CTR), NASA/Stanford University, by the group formed by Julio Soria, Callum Atkinson and Xiaohua Wu as visitor researchers and Sergei Chumakov and Iván Bermejo-Moreno as CTR hosts.
- published: 02 Aug 2010
- views: 6333
28:13
Heterogeneous Multi-processor Coherent Interconnect
- Order: Reorder
- Duration: 28:13
- Uploaded Date: 28 Aug 2013
- views: 4341
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneous Multi-processor Coherent Interconnect.
"The rapid increase in proc...
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneous Multi-processor Coherent Interconnect.
"The rapid increase in processor and memory integration onto a single die continues to place increasingly complex demands on the interconnect network. In addition to providing low latency, high speed and high bandwidth access from all processors to all shared resources, the burdens of hardware cache coherence and resource virtualization are being placed upon the interconnect as well. This paper describes a multi-core shared memory controller interconnect (MSMC) which supports up to 12 processors, 8 independent banks of IO-coherent on-chip shared SRAM, an IO-coherent external memory controller, and high-bandwidth IO connections to the SoC infrastructure. MSMC also provides basic IO address translation and memory protection for the on-chip shared SRAM and external memory as well as soft error (SER) protection with hardware scrubbing for the on-chip memory. MSMC formed the heart of the compute cluster for a 28-nm CMOS device including 8 Texas Instruments C66x DSP processors and 4 cache-coherent ARM A15 processors sharing 6 MB of on-chip SRAM running at 1.3 Ghz. At this speed MSMC provides all connected masters a combined read/write bandwidth of nearly 1TB/s to access a combined read/write bandwidth of 457.6 GB/s to all shared resources @ 16 mm^2."
Learn more:
http://hoti.org
https://wn.com/Heterogeneous_Multi_Processor_Coherent_Interconnect
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneous Multi-processor Coherent Interconnect.
"The rapid increase in processor and memory integration onto a single die continues to place increasingly complex demands on the interconnect network. In addition to providing low latency, high speed and high bandwidth access from all processors to all shared resources, the burdens of hardware cache coherence and resource virtualization are being placed upon the interconnect as well. This paper describes a multi-core shared memory controller interconnect (MSMC) which supports up to 12 processors, 8 independent banks of IO-coherent on-chip shared SRAM, an IO-coherent external memory controller, and high-bandwidth IO connections to the SoC infrastructure. MSMC also provides basic IO address translation and memory protection for the on-chip shared SRAM and external memory as well as soft error (SER) protection with hardware scrubbing for the on-chip memory. MSMC formed the heart of the compute cluster for a 28-nm CMOS device including 8 Texas Instruments C66x DSP processors and 4 cache-coherent ARM A15 processors sharing 6 MB of on-chip SRAM running at 1.3 Ghz. At this speed MSMC provides all connected masters a combined read/write bandwidth of nearly 1TB/s to access a combined read/write bandwidth of 457.6 GB/s to all shared resources @ 16 mm^2."
Learn more:
http://hoti.org
- published: 28 Aug 2013
- views: 4341
53:24
Algebraic Topology 20: Introduction to Cohomology
- Order: Reorder
- Duration: 53:24
- Uploaded Date: 28 Mar 2024
- views: 4981
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4
We give a brief recap of homology and then show how dualizing the chain comp...
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4
We give a brief recap of homology and then show how dualizing the chain complex by Hom(--,Z) gives a cochain complex with coboundary maps that we use to calculate cohomology. We show that for finitely generated chain groups, we can calculate the cohomology in terms of the homology groups. Then we dualize with other coefficient groups G and discuss the universal coefficient theorem for cohomology.
Presented by Anthony Bosman, PhD.
Learn more about math at Andrews University: https://www.andrews.edu/cas/math/
In this course we are following Hatcher, Algebraic Topology: https://pi.math.cornell.edu/~hatcher/AT/AT.pdf
https://wn.com/Algebraic_Topology_20_Introduction_To_Cohomology
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4
We give a brief recap of homology and then show how dualizing the chain complex by Hom(--,Z) gives a cochain complex with coboundary maps that we use to calculate cohomology. We show that for finitely generated chain groups, we can calculate the cohomology in terms of the homology groups. Then we dualize with other coefficient groups G and discuss the universal coefficient theorem for cohomology.
Presented by Anthony Bosman, PhD.
Learn more about math at Andrews University: https://www.andrews.edu/cas/math/
In this course we are following Hatcher, Algebraic Topology: https://pi.math.cornell.edu/~hatcher/AT/AT.pdf
- published: 28 Mar 2024
- views: 4981
56:00
Oracle Coherence Data Grid
- Order: Reorder
- Duration: 56:00
- Uploaded Date: 09 Oct 2007
- views: 35903
Google Tech Talks
June 27, 2007
ABSTRACT
Data Grid-based infrastructures are being developed, deployed and used to achieve unlimited application scalability a...
Google Tech Talks
June 27, 2007
ABSTRACT
Data Grid-based infrastructures are being developed, deployed and used to achieve unlimited application scalability and continuous availability. This presentation focuses on Oracle Coherence Data Grid and how it's capabilities, which includes coherent in-memory caching, dynamic data partitioning, even processing, parallel query and process execution and on how these capabilities enable achievement of these goals and more.
In this presentation we will address:
· How Coherence capabilities function, such as coherent in-memory caching, dynamic data partitioning, and parallel query and process execution, and how they enable a new generation of grid...
https://wn.com/Oracle_Coherence_Data_Grid
Google Tech Talks
June 27, 2007
ABSTRACT
Data Grid-based infrastructures are being developed, deployed and used to achieve unlimited application scalability and continuous availability. This presentation focuses on Oracle Coherence Data Grid and how it's capabilities, which includes coherent in-memory caching, dynamic data partitioning, even processing, parallel query and process execution and on how these capabilities enable achievement of these goals and more.
In this presentation we will address:
· How Coherence capabilities function, such as coherent in-memory caching, dynamic data partitioning, and parallel query and process execution, and how they enable a new generation of grid...
- published: 09 Oct 2007
- views: 35903
1:38
What is a Mesh Network? Everything You Need to Know
- Order: Reorder
- Duration: 1:38
- Uploaded Date: 16 Feb 2020
- views: 86040
A mesh network, sometimes called mesh network topology, is a network that connects a group of devices to each other. Devices, also referred to as nodes, are con...
A mesh network, sometimes called mesh network topology, is a network that connects a group of devices to each other. Devices, also referred to as nodes, are connected in a way that some, if not all nodes, have multiple paths to other nodes. Watch to learn what a mesh network is and how it works.
🔎 Read more:
What is mesh network ➡️ https://www.techtarget.com/iotagenda/definition/mesh-network-topology-mesh-network
What is wireless mesh network ➡️ https://www.techtarget.com/searchnetworking/definition/wireless-mesh-network
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#MeshNetwork #computernetworking #EyeOnTech
https://wn.com/What_Is_A_Mesh_Network_Everything_You_Need_To_Know
A mesh network, sometimes called mesh network topology, is a network that connects a group of devices to each other. Devices, also referred to as nodes, are connected in a way that some, if not all nodes, have multiple paths to other nodes. Watch to learn what a mesh network is and how it works.
🔎 Read more:
What is mesh network ➡️ https://www.techtarget.com/iotagenda/definition/mesh-network-topology-mesh-network
What is wireless mesh network ➡️ https://www.techtarget.com/searchnetworking/definition/wireless-mesh-network
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#MeshNetwork #computernetworking #EyeOnTech
- published: 16 Feb 2020
- views: 86040
25:29
Arteris IP: A Flexible Multiprotocol Cache Coherent Network-on-Chip (NoC) for Heterogeneous SoCs
- Order: Reorder
- Duration: 25:29
- Uploaded Date: 01 Dec 2020
- views: 3160
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP.
As AI and ML drive chip complexity, heterogeneous architectures using multiple types of pro...
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP.
As AI and ML drive chip complexity, heterogeneous architectures using multiple types of processing elements are becoming a practical solution to meet processing and power requirements in systems-on-chip (SoC). This presentation describes new technology that allows processors developed with AMBA CHI, ACE and AXI interfaces to be integrated together in a single cache-coherent system. The talk includes graphical examples that highlight topology and network node configuration flexibility and the use of integrated system-level simulation to determine optimal architectures.
The Linley Fall Processor Conference featured technical presentations addressing processors and IP cores for AI applications, embedded, data center, automotive, and communications. Session topic included AI in Edge Devices, Vector-Processing Cores, Advancing Cloud AI, The New Infrastructure Edge, Heterogenous Computing, SoC Design, In-Memory Compute, and Security.
Proceedings from the event are available for download. https://www.linleygroup.com/events/proc_register.php?num=49
https://wn.com/Arteris_Ip_A_Flexible_Multiprotocol_Cache_Coherent_Network_On_Chip_(Noc)_For_Heterogeneous_Socs
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP.
As AI and ML drive chip complexity, heterogeneous architectures using multiple types of processing elements are becoming a practical solution to meet processing and power requirements in systems-on-chip (SoC). This presentation describes new technology that allows processors developed with AMBA CHI, ACE and AXI interfaces to be integrated together in a single cache-coherent system. The talk includes graphical examples that highlight topology and network node configuration flexibility and the use of integrated system-level simulation to determine optimal architectures.
The Linley Fall Processor Conference featured technical presentations addressing processors and IP cores for AI applications, embedded, data center, automotive, and communications. Session topic included AI in Edge Devices, Vector-Processing Cores, Advancing Cloud AI, The New Infrastructure Edge, Heterogenous Computing, SoC Design, In-Memory Compute, and Security.
Proceedings from the event are available for download. https://www.linleygroup.com/events/proc_register.php?num=49
- published: 01 Dec 2020
- views: 3160
0:33
Optimal Coherence Topology
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
published: 02 Jan 2024
Optimal Coherence Topology
Optimal Coherence Topology
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- published: 02 Jan 2024
- views: 30
#education #engineeringphysics #physics #learnit #learnitofficial #onthegowisdom
5:08
A Temporal Coherent Topology Optimization Approach for AssemblyPlanning of Bespoke Frame Structures
We present a computational framework for planning the assembly sequence of bespoke frame s...
published: 07 May 2023
A Temporal Coherent Topology Optimization Approach for AssemblyPlanning of Bespoke Frame Structures
A Temporal Coherent Topology Optimization Approach for AssemblyPlanning of Bespoke Frame Structures
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- published: 07 May 2023
- views: 382
We present a computational framework for planning the assembly sequence of bespoke frame structures. Frame structures are one of the most commonly used structural systems in modern architecture, providing resistance to gravitational and external loads. Building frame structures requires traversing through several partially built states. If the assembly sequence is planned poorly, these partial assemblies can exhibit substantial deformation due to self-weight, slowing down or jeopardizing the assembly process. Finding a good assembly sequence that minimizes intermediate deformations is an interesting yet challenging combinatorial problem that is usually solved by heuristic search algorithms. In this paper, we propose a new optimization-based approach that models sequence planning using a series of topology optimization problems. Our key insight is that enforcing temporal coherent constraints in the topology optimization can lead to sub-structures with small deformations while staying consistent with each other to form an assembly sequence. We benchmark our algorithm on a large data set and show improvements in both performance and computational time over greedy search algorithms. In addition, we demonstrate that our algorithm can be extended to handle assembly with static or dynamic supports. We further validate our approach by generating a series of results in multiple scales, including a real-world prototype with a mixed reality assistant using our computed sequence and a simulated example demonstrating a multi-robot assembly application.
8:41
Algebraic Topology: Coherent topologies | THESUBNASH - Jeden Tag ein neues Mathevideo
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH
http:/...
published: 02 Mar 2018
Algebraic Topology: Coherent topologies | THESUBNASH - Jeden Tag ein neues Mathevideo
Algebraic Topology: Coherent topologies | THESUBNASH - Jeden Tag ein neues Mathevideo
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- published: 02 Mar 2018
- views: 137
Diese Bücher empfehle ich fürs Studium https://amzn.to/2z8alp6 Abonniere THESUBNASH
http://www.youtube.com/user/thesubnash?sub_confirmation=1
Direkt zu den Playlists:
https://www.youtube.com/user/TheSubNash/playlists?flow=grid&view=1
Math Channel http://www.youtube.com/user/thesubnash?sub_confirmation=1 Neue Mathebücher der letzten 30 Tage auf Amazon.de: https://amzn.to/2O34fsi Given some topology on X an some open cover we construct the related coherent topology and look at its properties Was ist eigentlich die i-te Wurzel aus i ? Jetzt ansehen: https://www.youtube.com/watch?v=U6Csy9FfXO0
53:56
Some digital topology and a Borsuk-Ulam Theorem
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2...
published: 26 Jul 2015
Some digital topology and a Borsuk-Ulam Theorem
Some digital topology and a Borsuk-Ulam Theorem
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- published: 26 Jul 2015
- views: 1557
A talk about digital topology and a digital Borsuk-Ulam Theorem. I gave the talk in July 2015 at the Fairfield University Math REU program colloquium. The talk should be accessible to math undergraduates and enthusiasts, even better if you have some basic topology background.
Link to my digital Borsuk-Ulam paper: http://arxiv.org/abs/1506.06426
Link to Chris Staecker webarea: http://cstaecker.fairfield.edu/~cstaecker/index.html
8:15
Topology, non-local geometry and dynamics of coherent structures in wall-bounded flows
This video presentation summarizes the research carried out during the 2010 Summer Program...
published: 02 Aug 2010
Topology, non-local geometry and dynamics of coherent structures in wall-bounded flows
Topology, non-local geometry and dynamics of coherent structures in wall-bounded flows
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- published: 02 Aug 2010
- views: 6333
This video presentation summarizes the research carried out during the 2010 Summer Program at the Center for Turbulence Research (CTR), NASA/Stanford University, by the group formed by Julio Soria, Callum Atkinson and Xiaohua Wu as visitor researchers and Sergei Chumakov and Iván Bermejo-Moreno as CTR hosts.
28:13
Heterogeneous Multi-processor Coherent Interconnect
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneo...
published: 28 Aug 2013
Heterogeneous Multi-processor Coherent Interconnect
Heterogeneous Multi-processor Coherent Interconnect
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- published: 28 Aug 2013
- views: 4341
In this video from the 2013 Hot Interconnects Conference, Kai Chirca presents: Heterogeneous Multi-processor Coherent Interconnect.
"The rapid increase in processor and memory integration onto a single die continues to place increasingly complex demands on the interconnect network. In addition to providing low latency, high speed and high bandwidth access from all processors to all shared resources, the burdens of hardware cache coherence and resource virtualization are being placed upon the interconnect as well. This paper describes a multi-core shared memory controller interconnect (MSMC) which supports up to 12 processors, 8 independent banks of IO-coherent on-chip shared SRAM, an IO-coherent external memory controller, and high-bandwidth IO connections to the SoC infrastructure. MSMC also provides basic IO address translation and memory protection for the on-chip shared SRAM and external memory as well as soft error (SER) protection with hardware scrubbing for the on-chip memory. MSMC formed the heart of the compute cluster for a 28-nm CMOS device including 8 Texas Instruments C66x DSP processors and 4 cache-coherent ARM A15 processors sharing 6 MB of on-chip SRAM running at 1.3 Ghz. At this speed MSMC provides all connected masters a combined read/write bandwidth of nearly 1TB/s to access a combined read/write bandwidth of 457.6 GB/s to all shared resources @ 16 mm^2."
Learn more:
http://hoti.org
53:24
Algebraic Topology 20: Introduction to Cohomology
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4
We giv...
published: 28 Mar 2024
Algebraic Topology 20: Introduction to Cohomology
Algebraic Topology 20: Introduction to Cohomology
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- published: 28 Mar 2024
- views: 4981
Playlist: https://www.youtube.com/playlist?list=PLOROtRhtegr7DmeMyFxfKxsljAVsAn_X4
We give a brief recap of homology and then show how dualizing the chain complex by Hom(--,Z) gives a cochain complex with coboundary maps that we use to calculate cohomology. We show that for finitely generated chain groups, we can calculate the cohomology in terms of the homology groups. Then we dualize with other coefficient groups G and discuss the universal coefficient theorem for cohomology.
Presented by Anthony Bosman, PhD.
Learn more about math at Andrews University: https://www.andrews.edu/cas/math/
In this course we are following Hatcher, Algebraic Topology: https://pi.math.cornell.edu/~hatcher/AT/AT.pdf
56:00
Oracle Coherence Data Grid
Google Tech Talks
June 27, 2007
ABSTRACT
Data Grid-based infrastructures are being devel...
published: 09 Oct 2007
Oracle Coherence Data Grid
Oracle Coherence Data Grid
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- published: 09 Oct 2007
- views: 35903
Google Tech Talks
June 27, 2007
ABSTRACT
Data Grid-based infrastructures are being developed, deployed and used to achieve unlimited application scalability and continuous availability. This presentation focuses on Oracle Coherence Data Grid and how it's capabilities, which includes coherent in-memory caching, dynamic data partitioning, even processing, parallel query and process execution and on how these capabilities enable achievement of these goals and more.
In this presentation we will address:
· How Coherence capabilities function, such as coherent in-memory caching, dynamic data partitioning, and parallel query and process execution, and how they enable a new generation of grid...
1:38
What is a Mesh Network? Everything You Need to Know
A mesh network, sometimes called mesh network topology, is a network that connects a group...
published: 16 Feb 2020
What is a Mesh Network? Everything You Need to Know
What is a Mesh Network? Everything You Need to Know
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- published: 16 Feb 2020
- views: 86040
A mesh network, sometimes called mesh network topology, is a network that connects a group of devices to each other. Devices, also referred to as nodes, are connected in a way that some, if not all nodes, have multiple paths to other nodes. Watch to learn what a mesh network is and how it works.
🔎 Read more:
What is mesh network ➡️ https://www.techtarget.com/iotagenda/definition/mesh-network-topology-mesh-network
What is wireless mesh network ➡️ https://www.techtarget.com/searchnetworking/definition/wireless-mesh-network
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25:29
Arteris IP: A Flexible Multiprotocol Cache Coherent Network-on-Chip (NoC) for Heterogeneous SoCs
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP.
As AI and ML drive ch...
published: 01 Dec 2020
Arteris IP: A Flexible Multiprotocol Cache Coherent Network-on-Chip (NoC) for Heterogeneous SoCs
Arteris IP: A Flexible Multiprotocol Cache Coherent Network-on-Chip (NoC) for Heterogeneous SoCs
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- published: 01 Dec 2020
- views: 3160
Presented by Michael Frank, Fellow and Chief Architect, Arteris IP.
As AI and ML drive chip complexity, heterogeneous architectures using multiple types of processing elements are becoming a practical solution to meet processing and power requirements in systems-on-chip (SoC). This presentation describes new technology that allows processors developed with AMBA CHI, ACE and AXI interfaces to be integrated together in a single cache-coherent system. The talk includes graphical examples that highlight topology and network node configuration flexibility and the use of integrated system-level simulation to determine optimal architectures.
The Linley Fall Processor Conference featured technical presentations addressing processors and IP cores for AI applications, embedded, data center, automotive, and communications. Session topic included AI in Edge Devices, Vector-Processing Cores, Advancing Cloud AI, The New Infrastructure Edge, Heterogenous Computing, SoC Design, In-Memory Compute, and Security.
Proceedings from the event are available for download. https://www.linleygroup.com/events/proc_register.php?num=49
Fab Fox
Fab Fox is the second studio album by Fujifabric, released in 2005 on the Capitol Records label.
Track listing
Chart positions
This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/Fab_Fox
Optimal Coherence Topology...
A Temporal Coherent Topology Optimization Approach...
Algebraic Topology: Coherent topologies | THESUBNA...
Some digital topology and a Borsuk-Ulam Theorem...
Topology, non-local geometry and dynamics of coher...
Heterogeneous Multi-processor Coherent Interconnec...
Algebraic Topology 20: Introduction to Cohomology...
Oracle Coherence Data Grid...
What is a Mesh Network? Everything You Need to Kno...