Building 3D Network Models with neuroConstruct

Nov 05, 2013

320 likes | 422 Views

Overview. Scope of applicationMain featuresVisualisation, Packing in 3D, validation/editing of morphologiesSimulator interactionImport and export of GENESIS/NEURON codeNetwork functionalitySimulation managementExtensibilityFuture plans. Issues. Aim is to build biologically realistic 3D model

Share Presentation

Embed Code

Link

ida

Download Presentation

Building 3D Network Models with neuroConstruct

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

Network Models

Network Models. Robert Zimmer Room 6, 25 St James. Introduction to Network Modeling . General Problems in Network Modeling Transportation Problems Assignment Problems Minimum Cost Flow Problems Shortest Path Problems Maximum Flow Problems Critical Path in Project Plan Networks.

1.3k views • 70 slides

Network Models

Network Models. Optimisation Methods. Basic Definitions. A graph or network is defined by two sets of symbols: nodes and arcs. A set (call it V ) of points, or vertices. The vertices of a graph or network are also called nodes .

1k views • 82 slides

Network Models

Network Models. Tran Van Hoai Faculty of Computer Science & Engineering HCMC University of Technology. Harmful Waste Collection at HCM city. Industrial zone. Industrial zone. Processing Factory. Processing Factory. Industrial zone. Industrial zone. Typical route. Depot. Solution.

394 views • 22 slides

Network Models

Chapter 4. Network Models. 4.1 Introduction. A network problem is one that can be represented by. 8. 6. 9. 10. Nodes. 7. Arcs. 10. Function on Arcs. 4.1 Introduction. The importance of network models. Many business problems lend themselves to a network formulation.

830 views • 49 slides

Building Models

Building Models. Part 1: Models good for defining system and user requirements Affinity diagrams Flow model Cultural model Sequence model Physical model Artifact model Source:

349 views • 17 slides

Matching 3D Models With Shape Distributions

Matching 3D Models With Shape Distributions. Robert Osada, Tom Funkhouser Bernard Chazelle, and David Dobkin Princeton University. Shape Similarity. Determine similarity between 3D shapes. Computer Graphics. Computer Vision. Computational Biology. [Insulin, PDB]. [Caltech].

557 views • 33 slides

NETWORK MODELS

NETWORK MODELS. Networks. Physical Networks Road Networks Railway Networks Airline traffic Networks Electrical networks, e.g., the power grid Abstract networks organizational charts precedence relationships in projects Others?. Network Overview.

1.23k views • 86 slides

3d models

3d models. Dean Edwards Unit 64 Assignment 1. Tv adverts. Citroen C4 – transforming car advert. This is obviously Computer generated as cars cannot transform into robots or ice skate. This could not have been done in another way as the models are too good and detailed

169 views • 4 slides

3D-town models

3D-town models. project targets. Construction of a 3D-town model by the help of concrete plannings of the city of Bernburg Derive a instruction -manual for the construction of a 3D-town model. Why 3D-town models?.

441 views • 22 slides

Building a Network with OSI

Building a Network with OSI. Chapter 3. Contents. Explain the major functions of network hardware Describe the functions of network software Define each of these functions as part of the OSI seven-layer model. Overview. The Big Job.

883 views • 71 slides

Network Models

Network Models. Lecture 17 (Part l.) The Least Cost Starting Procedure. The Least Cost Starting Procedure. Starting with the least expensive Flow, we fill in as much flow for that Decision Variable, Xij, as possible.

241 views • 9 slides

Network Models

Network Models. Lecture 17 (Part v.) Vogel’s Approximation Method. Vogel’s Approximation Starting Procedure. Calculate Row and Column Penalties by taking the absolute value of the two lowest “available” costs in the row or column deducted from one another.

217 views • 10 slides

Network Models

Network Models. Lecture 17 (part n.) The Northwest Corner Method. The NorthWest Corner Method. Starting from the Top Left (NorthWest Corner) of the Transportation Tableau, we will fill in as much Flow for each Decision Variable, Xij, as possible.

250 views • 9 slides

Network Models with Excel

Network Models with Excel. Simple Structure Intuition into solver Numerous applications Integral data means integral solutions. Netherlands. Amsterdam. 500. *. 800. The Hague. *. Germany. 500. Tilburg. *. 700. *. Antwerp. Leipzig. *. Belgium. 400. *. Liege. 200. Nancy.

367 views • 22 slides

Network Models

Network Models. Robert Zimmer Room 6, 25 St James. Introduction to Network Modeling. General Problems in Network Modeling Transportation Problems Assignment Problems Minimum Cost Flow Problems Shortest Path Problems Maximum Flow Problems Critical Path in Project Plan Networks.

837 views • 60 slides

Network Models

Network Models. Part 1. Network Models. There is a many of operation research situation is modeled and solved as network ( nodes can connected by branches) There are five network models algorithms 1- Minimal spanning tree 2- shortest-route algorithms 3- maximum-flow algorithms

1.78k views • 111 slides

Network Models

Kingdom of Saudi Arabia Prince Norah bint Abdul Rahman University College of Computer Since and Information System NET331. Network Models. T.Najah Al_Subaie. Chapter 2. LAYERED TASKS OSI Model TCP/IP Model. Layered Tasks.

561 views • 39 slides

Get Exceptional Results with 3D Models

Hiring a professional entity to provide you with 3D laser scanning services can be a dream come true. It can provide you with the realistic concepts you need without investing in the equipment and the training to have someone do this in house. It makes sense to outsource it if you only have a need for it now and then.

41 views • 2 slides

Network Models

Network Models. 1. Transportation Problem (TP). Distributing any commodity from any group of supply centers, called sources , to any group of receiving centers, called destinations , in such a way as to minimize the total distribution cost (shipping cost). 1. Transportation Problem (TP).

716 views • 69 slides

Network Models

Network Models. Please carefully study the following examples: Transportation problem - section 3.11 and 5.4 Transshipment problem - section 5.1 Shortest path problem - section 5.2 Maximal flow problem - section 5.6 Minimal spanning tree problem - section 5.8 Suggested problems:

323 views • 18 slides

Building Network Metadata with PDCC

Building Network Metadata with PDCC. Dr. Mary Templeton IRIS Data Management Center Managing Data from Seismic Networks September 9-17 2015 Hanoi, Vietnam. Steps for Building Metadata. Register your network and station names Create a dataless SEED volume Enter network information

92 views • 7 slides

3D Printer Models

These 3D printer models have a spacious work area and offer high precision. They can handle various materials, including PLA, ABS, PETG, wood, leather, acrylic, etc.

74 views • 4 slides

More Related