On-Demand Functionality Framework for Multi-Tiered Software
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Solution Overview
Problem
Multi-tiered software applications face increased complexity due to non-reusable components across different tiers, making it challenging to design a framework for on-demand functionality that integrates across multiple layers.
Innovation Solution
A framework is introduced that allows for the composition and instantiation of reusable software components and functions across multiple layers, enabling on-demand functionality by defining and deploying root functions and sub-functions based on parameters and data flow attributes, thereby reducing redundancy and complexity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple integrated components with distinct functionalities are used in multi-tiered software applications, then the functionality and versatility of the application is improved, but the complexity of the software application increases
Solution Approach 1:
The patent introduces a framework that enables components to be designed with universal functionalities that can be reused across multiple tiers of the software application. By creating a standardized component architecture with common interfaces and data flow mechanisms, the same component can serve different functional purposes in different tiers, thereby reducing overall system complexity while maintaining versatility.
Solution Approach 2:
The patent segments the software application into distinct tiers with clearly defined boundaries and interfaces. Each tier operates with its own set of components that communicate through standardized interfaces, allowing for modular design and independent development. This segmentation reduces complexity by isolating functionality within tiers while enabling reuse across tiers through the framework.
2Adaptability or versatility
If the number of tiers and non-reusable components is increased, then the functionality and adaptability of the application is improved, but the complexity of the software application increases
Solution Approach 1:
The framework enables components to be designed with universal functionalities that can be reused across multiple tiers. By creating standardized component definitions and interfaces, the same component can be deployed in different tiers for different purposes, reducing the need for duplicate components and thereby reducing overall system complexity while maintaining adaptability.
Solution Approach 2:
The patent employs parameter changes to configure components for different tiers without creating new components. By allowing components to be instantiated with different parameters or configurations, the system can adapt to different tier requirements using the same base component, thereby reducing complexity while maintaining functionality.
3Device complexity
If a framework is provided to design reusable components and provide on demand functionality, then the complexity of the multi-tiered software applications is reduced, but the difficulty of integrating the framework with multiple tiers increases
Solution Approach 1:
The framework is designed with segmented architecture that divides the integration process into manageable parts. Each tier has clearly defined interfaces and communication protocols that simplify integration. The framework provides tier-specific integration guides and standardized connection mechanisms that reduce the difficulty of integrating the framework with existing multi-tiered applications.
Solution Approach 2:
The patent introduces intermediary layers or adapters that facilitate communication between the framework and existing tiers. These intermediaries act as translators that bridge the framework's standardized interfaces with the specific requirements of different tiers, reducing integration difficulty while maintaining the benefits of reusability and on-demand functionality.
Data Source
AI summary
Methods and system are disclosed that instantiate an on demand functionality for a layer in a multilayered system. In one aspect, a framework integrated with the multilayered system may receive a request to create a root function. The root function may be associated with common functionalities or specific functionalities. Based on parameters associated with the layers and attributes associated with data flow paths between the layers, a layer to deploy the root function may be determined. Upon deploying the root function, sub functions may be created in the determined layer by the framework. The sub functions may be configured common functionalities or specific functionalities by the framework. A function model including the root function and the sub functions may be generated. The function model may be instantiated to provide an on demand functionality or an on demand application.