Category

DSS

Planimate is a discrete event simulation software that is used to model and analyze complex systems. The software has been developed since 1986 by InterDynamics Pty Ltd, and is widely used in industries such as manufacturing, logistics, transportation, and supply chain management.

Many users consider Planimate to be a powerful and flexible tool for simulating complex systems. One of the key strengths of Planimate is its ability to model systems with a high degree of detail and accuracy, allowing users to analyze and optimize system performance. The software also has a user-friendly interface that allows users to easily create and modify models.

Planimate also has a lot of features that can be used to create detailed, accurate and realistic simulation models, such as:

  • It can handle large number of interacting agents and objects
  • It can handle multiple levels of detail and abstraction
  • It has powerful animation and visualization capabilities
  • It supports a wide range of modeling and optimization techniques
  • It has a powerful scripting language that allows users to customize the software and add new features

In general, Planimate is considered to be a great choice for discrete event simulation, especially for modeling and analyzing complex systems with a high degree of detail and accuracy. However, as with any simulation software, the suitability of Planimate for a particular application will depend on the specific requirements of the project and the user’s level of expertise with the software.

Read more and download Planimate here

Decision Support Systems: A Comprehensive Guidedecision support software

Decision support systems (DSS) are computer-based systems that support the decision-making process of an organization. These systems are designed to help managers and other decision-makers make more informed decisions by providing them with relevant information in an easy-to-use format.

DSS can be divided into two main categories:

  • Strategic DSS, which are used to support long-term planning and decision-making, and
  • Tactical DSS, which are used to support short-term decision-making and day-to-day operations.

Types of Decision Support Systems (DSS)

There are several types of DSS, each designed to meet specific decision-making needs. Some of the most common types of DSS include:

Executive DSS

Executive DSS is designed for top-level managers and executives. These systems provide a high-level overview of the organization’s performance and are often used for strategic planning.

Management DSS

Management DSS is designed for middle managers and department heads. These systems provide more detailed information than executive DSS and are often used for budgeting, forecasting, and other operational decisions.

Knowledge-Based DSS

Knowledge-based DSS is designed to support decision-making by providing access to relevant knowledge and expertise. These systems are often used in highly specialized industries such as medicine or engineering.

Geographic DSS

Geographic DSS is designed to support decision-making by providing access to geographical information. These systems are often used in industries such as transportation and logistics.

Components of a DSS

A DSS typically includes several key components, including:

  • Data management: The system must be able to collect, store, and retrieve data in a timely and accurate manner.
  • Modeling and analysis: The system must be able to process and analyze data in order to provide useful information.
  • User interface: The system must provide a user-friendly interface that allows decision-makers to access and use the information provided.
  • Communication and collaboration: The system must support communication and collaboration among decision-makers, as well as with other stakeholders.

Benefits of DSS

DSS can provide a number of benefits to organizations, including:

  • Faster and more accurate decision-making: By providing relevant information in an easy-to-use format, DSS can help decision-makers make faster and more accurate decisions.
  • Improved communication and collaboration: DSS can facilitate communication and collaboration among decision-makers and other stakeholders, leading to better decision-making.
  • Greater efficiency: DSS can automate many of the tasks associated with decision-making, leading to greater efficiency and cost savings.

Challenges of DSS

Despite the many benefits of DSS, there are also several challenges that organizations may face when implementing and using these systems. Some of the most common challenges include:

  • Data quality: Ensuring that the data used by the system is accurate and relevant can be a major challenge.
  • Data security: Protecting sensitive information from unauthorized access is a major concern for many organizations.
  • Costs: Implementing and maintaining a DSS can be costly.
  • User resistance: Some decision-makers may be resistant to using a DSS, particularly if they are not familiar with the technology.

Conclusion

Decision support systems (DSS) are computer-based systems that support the decision-making process of an organization. These systems can provide a wide range of benefits, including faster and more accurate decision-making, improved communication and collaboration, and greater efficiency. However, organizations must also be aware of the challenges associated with DSS, including data quality, data security, costs, and user resistance.

In order to effectively use a DSS, it is important for organizations to carefully consider their specific decision-making needs and choose a system that is tailored to those needs. Additionally, organizations should work to ensure that the data used by the system is accurate and relevant, and that the system is properly secured to protect sensitive information.

Overall, DSS can be a valuable tool for organizations looking to improve their decision-making processes. By carefully considering their needs and addressing the challenges associated with DSS, organizations can reap the many benefits these systems have to offer.

InterDynamics has been building Decision Support Systems since 1992. Click here to learn more.

 

There’s been significant Planimate development over the last year.

Releases have moved from idBase (which is being retired) to InterDynamics’ new licensing system.

 

From Version 11 onward, Planimate uses a new license file.

Please contact InterDynamics to arrange upgrading your existing license and a login on the new system.

 

You can email to:  tony.riches@interdynamics.com

 

VERSION 11 FULL RELEASE INSTALLER

 

The latest Planimate full installer release (11.5.14) is available for free evaluation here:

 

https://www.interdynamics.com/decision-support-software-solutions/decision-support-products/planimate-simulation-software/download-planimate-demo/

 

The Installer includes new and updated introduction models and the Version 11 features listed below.

 

NEW LICENSING MODES

 

The same Planimate installation runs in different ways depending on the license file. You can change the license on-the-fly from the Help menu.

 

The license types are:

 

* A time limited but otherwise mostly unrestricted demo.

* NEW: An Educational version which limits the model size

but otherwise will run perpetually.

* A Developer version (old Level 3) which runs

perpetually and entitles you to a year of updates.

* An Application Compiler version (old level 4) which

adds to the Developer version one year of unlimited “PBA” Application

Compilation, enabling you to compile EXEs that do not need a license.

* NEW: “No Key Demo” which runs without a license and

gives demo functionality without save of models.

 

PLANIMATE 11 FEATURES

 

Planimate 11 has seen much development including:

* UI improvements that streamline use, by beginners as well as

advanced developers.

* Full UNICODE support.

* Drag-And-Drop modules from a list in the sidebar.

* Copy and Paste multiple objects between Planimate windows.

* New easy to use “Stat” and “Graph” modules which are useful

for beginners. The modules themselves can be opened

for customisation and learning. They use some neat new capabilities.

* Many fixes.

 

PLANIMATE VERSION 12

 

Work is underway on Planimate Version 12 which adds Length/Speed based Conveyors, the ability to pause a Delay (used to be known as a

MultiServer) and enhancements to other objects that enable them to be combined in new ways that can handle situations that previously needed coding.

 

We continue to build on latent capabilities that distinguish Planimate in the simulation market.

InterDynamics has made available a new demonstration model of a Health Care Facility. Based on the Planimate platform the Health Care Model is an example of how InterDynamics can build a custom solution for any industry. Read more and download a copy here.

Announcing Planimate 6

InterDynamics is pleased to announce the general availability of Planimate 6. After a year of solid development, numerous enhancements to both its modelling and graphical capability have been finalised.

Over the course of 25 years, Planimate has evolved from its origins in the University of South Australia (South Australian Institute of Technology at the time) to a fully-fledged and highly capable generic simulation modelling tool. Additionally, InterDynamics recently celebrated its 20th anniversary with a rebranding exercise which resulted in a unified look and feel for its decision support and fatigue risk management tools.

Planimate - Logistics Simulation Platform by InterDynamics

Planimate 6 is available to all existing license holders, via their idBase accounts. You will receive an email notifying you of this, and future, releases. If you are not a current license holder, a demo version of Planimate is available from our website.

Key developments in Planimate 6 over the past year include:

Graphical Enhancements

  • Significantly enhanced graphic processing means lines and curves (including flows, tracks & charts) are drawn smoothly without jagged steps.

  • Charts (e.g. Column Overlay, Log Driven & Gantt) and train graphs have been significantly enhanced and now include gradient bars, gradient areas, curve plots, scale labels and substantial improvements to the configurability of their layout and appearance.

  • Colour handling has been improved to support full 32 bit colour including transparency on all paint objects, charts and views.

  • Model theming enhancements allow the allocation of colours to custom palettes.

  • Full support for the PNG and JPEG image formats has been implemented providing superior icon animation and theming capabilities.

Rail Modelling

  • Track networks now support train length in both animation and simulation logic, significantly extending the capabilities of rail modelling.

Developer Enhancements

  • Event logging and attribute watch lists have been incorporated allowing developers finer grained insight into model behaviour.

  • Updated layout, dialog fonts and configuration options for scaling.

General Notes

  • Release updates now include both 32 and 64 bit executables, while retaining cross compatibility of models. The advancement of 64 bit models allows for the modelling of extremely large networks such as nation-wide rail networks. or continent spanning logistics network consisting of tens of thousands of nodes.
  • Enhancements to the Planimate core components have improved processing speeds, allowing for models to handle millions of events per second.
  • Planimate models can now be embedded within other applications, providing the ability to incorporate discrete event simulation modelling functionality to generic software tools.

  • InterDynamics’ new product branding has been incorporated into Planimate.

  • New version numbering system. Internal development has adopted the industry standard of using numeric identifiers for development released. Instead of letters and numbers (e.g. 5.36i) Planimate releases will now be identified with numbers (e.g. 6.0.0)

Planimate development is ongoing with internal testing of the version 7 beta having recently begun.

South African Gold Mine Operations Scheduling

Real time job allocation in underground wet mine.

Bluescope Steel Loco Analysis

Examining plant machinery end of life replacement alternatives for optimum economic viability

Hanson Block Production Planner

Enhancing multi site production operations using historical information and future growth projections

Assigned Services Planning Tool – Workforce Scheduling

Assisting railway engineers/train drivers to have a better work life balance.

Iron Ore Supply Chain Simulation Software

Optimizing complex supply chains to meet short and long term planning goals.