Workspace Relations for Seamless Navigation and Document Transfer
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Solution Overview
Problem
Existing collaboration workspaces lack efficient mechanisms for navigating and transferring information between related workspaces, and for analyzing user interactions and content relationships across decoupled environments.
Innovation Solution
Defining relations between workspaces based on type, user access controls, and personal preferences, which enables graphical rendering, automatic document transfer, user navigation, and analysis, using a network of relations to connect workspaces by content or context, with rules for routing documents and user requests.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If workspaces are kept decoupled and independent, then workspace simplicity and independence are maintained, but navigation and information transfer between workspaces become inefficient
Solution Approach 1:
The patent introduces relations as intermediary objects that connect workspaces without directly coupling them. These relations act as mediators that enable navigation, document transfer, and user interaction between workspaces while maintaining their independence. The relation object contains references to source and target workspaces and defines the nature of their connection, allowing efficient interaction without direct workspace coupling.
2Productivity
If automatic document transfer is implemented between workspaces, then information transfer efficiency is improved, but control over document routing and access becomes more complex
Solution Approach 1:
The patent defines relations with specific parameters including relation type, source workspace, target workspace, and associated users. By changing and configuring these relation parameters, the system enables automatic document transfer with controlled routing. The relation type parameter specifically controls the nature of document transfer and user access, allowing efficient automation while maintaining manageable control through parameter configuration rather than complex structural mechanisms.
3Ease of operation
If graphical rendering of relations is added to workspaces, then user interface functionality is improved, but rendering performance and system resources are consumed
Solution Approach 1:
The patent implements graphical rendering of relations selectively rather than universally. The system renders relations graphically based on user context, relation importance, and current workspace state, rather than rendering all possible relations at all times. This partial rendering approach provides useful visual information to improve user operation while avoiding the excessive resource consumption that would result from rendering the complete relation network continuously.
Data Source
AI summary
A collaborative system includes information about an organization. The organization can be a group of users or a collection of groups. Each user in the organization has access to at least one workspace, a graphical portal to the organization's information. Each workspace displays at least a subset of the information. A relation is defined for selected pairs of workspaces based on workspace type, user access controls, personal preferences, or any number of other factors. The relation enables navigation from one workspace to another workspace in the pair, automatic document transfer from one workspace to another, analysis and reporting on the organization, and other collaborative functions.