LiveGantt: Interactively Visualizing a Large Manufacturing Schedule
نویسندگان
چکیده
In this paper, we introduce LiveGantt as a novel interactive schedule visualization tool that helps users explore highly-concurrent large schedules from various perspectives. Although a Gantt chart is the most common approach to illustrate schedules, currently available Gantt chart visualization tools suffer from limited scalability and lack of interactions. LiveGantt is built with newly designed algorithms and interactions to improve conventional charts with better scalability, explorability, and reschedulability. It employs resource reordering and task aggregation to display the schedules in a scalable way. LiveGantt provides four coordinated views and filtering techniques to help users explore and interact with the schedules in more flexible ways. In addition, LiveGantt is equipped with an efficient rescheduler to allow users to instantaneously modify their schedules based on their scheduling experience in the fields. To assess the usefulness of the application of LiveGantt, we conducted a case study on manufacturing schedule data with four industrial engineering researchers. Participants not only grasped an overview of a schedule but also explored the schedule from multiple perspectives to make enhancements.
منابع مشابه
Identifying and visualizing nonlinear variation patterns in multivariate manufacturing data
In modern manufacturing processes, it is not uncommon to have hundreds, or even thousands, of different process variables that are measured and recorded in databases. The large quantities of multivariate measurement data usually contain valuable information on the major sources of variation that contribute to the final product or process variability. The focus of this work is on variation sourc...
متن کاملMixed-Initiative Management of Integrated Process-Planning and Production-Scheduling Solutions
Increased reliance on agile manufacturing techniques has created a demand for systems to solve integrated process-planning and production-scheduling problems in lasge-scale dynamic environments. To be effective, these systems hould provide useroriented interactive functionality for managing the various user tasks and objectives and reacting to unexpected vents. This paper describes the mixed-in...
متن کاملTechniques for Visualizing D Unstructured Meshes
We present a computational module for interactively visualizing large scale D un structured meshes Scientists and engineers routinely solve large scale computational boundary value problems on unstructured grids These grids typically range from several hundred thousand elements to millions of elements With this ability to solve such large scale problems comes the challenge of viewing the D nite...
متن کاملTechniques for Visualizing 3d Unstructured Meshes
We present a computational module for interactively visualizing, large-scale, 3D un-structured meshes. Scientists and engineers routinely solve large-scale computational boundary value problems on unstructured grids. These grids typically range from several hundred thousand elements to millions of elements. With this ability to solve such large-scale problems comes the challenge of viewing the ...
متن کاملVisualizing and Analyzing Large and Detailed 3d Datasets
This paper presents a set of tools developed to model, visualize and analyze large 3D datasets built from 2D and 3D sensor data. These tools, grouped under the Atelier3D framework, first include a technique for processing and interactively visualizing datasets made of hundreds of millions 3D samples and tens of gigabytes of texture from digital photography. It also includes various analysis too...
متن کاملذخیره در منابع من
با ذخیره ی این منبع در منابع من، دسترسی به آن را برای استفاده های بعدی آسان تر کنید
عنوان ژورنال:
- IEEE transactions on visualization and computer graphics
دوره 20 12 شماره
صفحات -
تاریخ انتشار 2014