Parham_Babakhani/publication/260420400/figure/download/fig1/AS:297074810736646@1447839562865/Figure-1-Ternary-Diagram-of-Microemulsion-System.png' alt='Ternary Diagram Software Mac' title='Ternary Diagram Software Mac' />Generic Online Diagnostics on the Cisco Catalyst 6. Series Switch. WHITE PAPER. INTRODUCTION. 6. Series, the Cisco Systems. LAN switch, delivers highly available and secure converged network services throughout enterprise and service provider networks. Although high availability and reliability features are primary integrated technologies on the Cisco Catalyst 6. Series, the platform also offers another integral component to delivering maximum uptime fault detection. When anomalies in a system are identified, fault detection mechanisms trigger fault recovery mechanisms. Keepalives can be used as a general means for intersystem fault detection. However, an internal resiliency mechanism is also needed in order to guarantee that a given running system is healthy. This function has converged into a generic diagnostics framework known as Generic Online Diagnostics, or GOLD. With the GOLD functions integrated on the Cisco Catalyst 6. Series, the platform goes one step further in delivering highly available networks. This paper provides information about GOLD on the Cisco Catalyst 6. ProSim Ternary Diagram, Free Download by ProSim. Handy Enhanced Scientific Calculator with many features including Paper Trail. This Generic Online Diagnostics on the Cisco Catalyst 6500 Series Switch white paper investigates the business and technical issues pertaining to a platform, solution. Matlab 2012 For Windows 7 64 Bit Full Version'>Matlab 2012 For Windows 7 64 Bit Full Version. A collection of thousands of interactive mathematical demonstrations created using Mathematica, all of which come complete with source code. IgPet commercial software from RockWare draws most types of petrologic diagrams, including Harker, Fenner, triangular and log plots. A calculator includes. The design of industrial processes requires reliable thermodynamic data. CALPHAD Computer Coupling of Phase Diagrams and Thermochemistry aims to promote. A ternary plot, ternary graph, triangle plot, simplex plot, Gibbs triangle or de Finetti diagram is a barycentric plot on three variables which sum to a constant. The general approach in this work applies the same assumptions used by Slaughter and Doherty Slaughter and Doherty, 1995, but the approach used here leads to an. ER model EntityRelationship Model. Series. It begins with an overview of GOLD and then covers the main diagnostic mechanisms available on the Cisco Catalyst 6. Series. Although GOLD implements many mechanisms to ensure that a unit is healthy, this paper does not provide an exhaustive list of diagnostics tests available on the Cisco Catalyst 6. Series. GOLD was integrated on the Cisco Catalyst 6. Series in Supervisor Engine 2 Cisco IOS. Software Release 1. E and 1. 2. 21. 7dSXB and in the Supervisor Engine 7. Cisco IOS Software Release 1. SX. Later releases on the Cisco Catalyst 6. Series increase diagnostic coverage with more tests. OVERVIEW OF GOLD GOLD Framework. GOLD defines a common framework for diagnostics operations across Cisco platforms running Cisco IOS Software. Figure 1 illustrates the GOLD framework and how it interacts with platform dependant diagnostics operations and network management systems. Figure 1. GOLD Framework. The GOLD framework specifies the platform independent fault detection architecture for centralized and distributed systems. This includes the common diagnostics CLI and the platform independent fault detection procedures for boot up and runtime diagnostics. The platform specific diagnostics provide hardware specific fault detection tests and take appropriate corrective action in response to diagnostics test results. Given that much of the forwarding intelligence in the Cisco Catalyst 6. Series is hardware based, testing the hardware functions regularly is critical. Diagnostics Operations. The GOLD implementation checks the health of hardware components and verifies proper operation of the system data and control planes. Ternary Diagram Software Free DownloadSome tests take effect when the system is booting up, whereas other tests take effect when the system is operational. As shown in Figure 1, tests are categorized into two categories boot up diagnostics and runtime diagnostics. Multiple tests can run in parallel. Boot Up Diagnostics. A booting module goes through a series of checks before coming online. This allows the system to detect faults in the hardware components at boot up time and helps ensure that a failing module is not introduced in a live network. When boot up diagnostics detects a diagnostics failure on a Cisco Catalyst 6. Series, the failing modules are shut down. The administrator can configure the level of boot up diagnostics to be minimal, complete, or disabled. Though complete diagnostics is recommended, the default on the Catalyst 6. Series is to run minimal diagnostics, allowing the system to come online faster. The boot up diagnostics level CLI is as follows. Router configdiagnostic bootup level Complete level minimal Minimal level Runtime Diagnostics. Defects are also diagnosed during system operation or runtime. A series of diagnostics checks can be enabled to determine the condition of an online system. Care must be taken to distinguish between disruptive and nondisruptive diagnostics tests. Although nondisruptive tests occur in the background and do not affect the system data or control planes, disruptive tests do affect live packet flows and should be scheduled during special maintenance windows. The. show diagnostic content module CLI output displays test attributes such as disruptive or nondisruptive tests refer to the configuration in the section Supervisor Engine 7. Diagnostics Coverage. The impact of disruptive tests is usually minimal, with tests taking in the order of seconds to complete. Note, however, that extensive memory tests can take several hours to complete. Few runtime diagnostics tests are enabled by default. The main reason behind this decision is to avoid unnecessary testing customers running exclusively IPv. IPv. 6 and Multiprotocol Label Switching MPLS hardware functions tested. Examples of such MPLS and IPv. Supervisor Engine 7. Test. Mpls. Fib. Shortcut and Test. IPv. 6Fib. Shortcut. For a complete list of tests enabled on the Supervisor Engine 7. Supervisor Engine 7. Diagnostics Coverage. It is the administrators responsibility to enable more diagnostics tests if deemed necessary. Runtime diagnostics checks can be run on demand, can be scheduled to run at a specific time, or can run continually in the background. Health monitoring diagnostics tests  Health monitoring diagnostics tests are nondisruptive, and they run in the background while the system is in operation. The role of online diagnostics health monitoring is to proactively detect hardware failures in the live network environment and inform appropriate entities of a failure. It is up to the administrator to determine the number of health monitoring checks to run and the interval at which to run them. Health monitoring tests do not affect system performance. However, software restricts the health monitoring interval to a minimum threshold to prevent affecting the CPU performance. Upon detecting several consecutive failures, health monitoring diagnostics can reset a module. By default, health monitoring tests include data and control plane verification, as well as proper function of hardware registers. The output of the show diagnostics content CLI gives an exhaustive list of health monitoring tests all tests marked as nondisruptive N can be configured to run as health monitoring tests. For example, the following CLI schedules an inband ping test test number 2 on a supervisor in slot 5 every 1. Notice that the inband test in the following CLI output is test 2. The mapping to test number can be obtained by typing a. Routerconfigdiagnostic monitor interval module 5 test Routerconfigdiagnostic monitor interval module 5 test 2 0. On demand diagnostics  An administrator issuing a diagnostic start command triggers on demand diagnostics tests statically. An administrator can specify how many times a test runs and whether to continue running the test upon failure detection. On demand diagnostics is useful primarily as a troubleshooting tool to verify hardware functions when an administrator suspects a hardware fault. Note that on demand diagnostics does not cause the faulty hardware to reset or power down the Cisco Catalyst 6. Series. Syslog messages warn about the faulty hardware, and the administrator needs to check the diagnostics results to see if the tests passed or failed and take appropriate action. As an example, the following command triggers two on demand module memory tests test number 1. Data Analysis and Graphing Software. Introduction. Origin is the data analysis and graphing software of choice for over half a million scientists and engineers in commercial industries, academia, and government laboratories worldwide. Origin offers an easy to use interface for beginners, combined with the ability to perform advanced customization as you become more familiar with the application. Origin graphs and analysis results can automatically update on data or parameter change, allowing you to create templates for repetitive tasks or to perform batch operations from the user interface, without the need for programming. Extend the capabilities in Origin by installing free Apps available from our website. Connect with other applications such as MATLAB, Lab. VIEW or Microsoft Excel, or create custom routines within Origin using our scripting and C languages, embedded Python, or the R console. Take your data analysis to the next level with Origin. Pro. In addition to all of Origins features, Origin. Pro offers advanced analysis tools and Apps for Peak Fitting, Surface Fitting, Statistics and Signal Processing. Visit the Origin v. Origin. Pro page to view a comparison table. If you are upgrading from a previous version, visit our Top Features page to see whats new in the latest version, or browse our Key Features by Version page. Browse the sections below to learn more about Origin and Origin. Pro. Features available only in Origin. Pro are marked as PRO. Graphing. With over 1. Origin makes it easy to create and customize publication quality graphs. You can add additional axes and panels, add, remove plots, etc. Batch plot new graphs with similar data structure, or save the customized graph as graph template or save customized elements as graph themes for future use. This is a box plot with mean points connected. The user can also connect median points, data points or other percentiles, using controls on the Connect Lines tab of the Plot Details dialog. A 3. D Open. GL Surface Plot with multiple surfaces stacked in one graph layer. The graph has been customized by assigning a unique plot style and a custom Z offset to each surface. Some surfaces are also rendered as flat. A ternary contour plot where the XYZ data points used to generate the contours have been added as a scatter plot, to the same graph layer as the contour plot. Customization options for ternary plots include normalizing data to 1 or 1. Graph Gallery Graph Types. Column Bar Charts Basic, Stacked, Grouped. Floating Column Bar Charts Bridge Plot. D Pie Chart. Line Plot. Scatter Plot with X,Y Error Bar, Column Scatter, Drop Lines, Color Map, Size MapLine Symbol Plot. Area Plot Area, Stacked Area, Fill AreaMulti Axis Multi Panel Plots. Trellis Plot. Ternary Piper Plots. Polar Plot. Waterfall Plot. Contour Heat Map. Vector Plot. Wind Rose Plot BinnedRaw DataSpider PlotRadar Chart. Smith Charts. Zoom Plot. Stock Plots. Profile Plot. D Function Parametric Function Plots. Image Plot. Box Chart, Grouped Box Chart. Histogram, Stacked Histograms. Marginal Box Histogram Chart. Histogram Probabilities Plot. Scatter Matrix Plot. Probability Q Q Plots. QCXbar R Chart. Pareto Chart. D SymbolTrajectoryLineVector Plot. Universal Serial Bus Controllers Driver Windows 7 64 Bit. D Bar Plot. 3D Surface Plot. D Function Parametric Function Plots. D RibbonsWalls Plot. D Waterfall Plot. D Ternary Plot. 3D Pie Chart. D Column Chart. 3D Ternary Plot Scatter or Colormap SurfaceRead More Multiple Axes and Panels. Multi axis and Multi panel Tempates Built in multi axis and multi panel templates, such as Double Y, Multiple Y, 4 Panel, Vertical and Horizontal Stack Panels Create your own multi axes or multi layer graphs and save as template for repeat use. Add, Arrange, Resize and Link Layers Set layer units by percentage of page or in absolute units Resize, align, switch, move, link, and re order panels Link layer position and dimension by ratio Link axis in different layers by straight 1 1, formula or align at specified values Use common axis scale in one direction for multi panel graphs. Evenly distribute layers. Merge and Extract Merge multiple independent graph windows into one graph Extract multi panel graphs into separate windows Extract plots from a single layer into multiple layers. Layer heights of this stack graph are set to be proportional to y axis ranges, to better visualize the differences in Test 1, 2 3. This Set Layer Height by Common Scale option is available when merging individual graphs into one graph and when adjusting layers in an existing graph. A similar option controls layer width. When merging individual graphs, check Treat Each Source Graph as a Unit to maintain the proper relationship of layers in individual graphs. In this example, each inset graph remains with its parent layer. An add labels option is also available to facilitate adding labels to each unit in the merged graph. A multi Y 3. Y YY graph with three overlapping layers sharing a common X axis. Note that the Y axis line and label color matches the data plot. Origins Graph toolbar lets you add layers to your graph, merge selected graphs, or extract data plots to separate layers or layers to separate graph windows, with the click of a button. A multi panel graph combining several layers of contour and line plots arranged flexibly. Note the inset layer on the bottom right panel. The top panel displays stacked lines by y offset allowing for easy comparison of multiple data plots. Grouped Data Plot. Using grouped data, you can easily create multi panelled graphs in Origin with a single click on the plot menu Trellis Plot Line, Scatter and Column Grouped Box Plot Grouped Column Plot. Flexible configuration and customization options include Control the style increments between or within the groups Customize the gap between, or within the groups. Add Gap between panels Wrap panels Overlap panels. The user can easily create multi panel graphs from grouped data with the new Trellis plot. This example shows a trellis line symbol plot of internet usage, with two variables development index and year defining the panel structure. By default, this arrangement would be plotted as a single row with six panels. However, we can set options to wrap the panel if columnsrows exceed 3 and by doing so, the graph becomes a 32 panel trellis plot. Further, we used combined grouping information to generate the panel title. This is an example of a trellis column plot with error bars. In the trellis plot, the horizontal panels are defined by two grouping variables, treatment Memantine v. Saline and genotype Control v. Ts. 65. Dn, and the vertical panels by one grouping variable, behavior CS v. SC. A grouped box chart created from indexed data with two group levels. Options for customization include flexible spacing between and within subgroups, placement of group labels as tables above or below the graph layer, and multiple box styles including column scatter and interval plots. The interactive, multi panel Plot Details dialog box allows for quick editing of many important properties of your Origin graph. In this graph, one dataset is plotted as a scatter graph error bars. Because the data is dense, every other point is skipped using the Skip Points settings in Plot Details. The other two datasets are plotted as grouped line plots for easy customization. Their corresponding error bars are drawn as transparent bands.