
Basic data
- Logistics
IVACE/FEDER
Optimization by Rapid Prototyping
IVACE/FEDER
ITI, as an expert in Intelligent Optimization Systems, is developing within the framework of the ORP project, a platform of algorithms that allows companies to optimize their processes and services in a fast, simple, low-cost way and without the need for prior knowledge of optimization and/or programming. The platform's objective is focused on reducing both technology implementation times and the costs incurred by organizations for its implementation. To this end, ITI will work on a solution based on the decomposition of each of the parts. An optimization problem can be broken down into identifiable parts such as an algorithm or template, a way of representing a solution to the problem and a way of measuring the value of a solution (evaluation). In addition, an optimization problem also contains information that can be identified, classified and structured. By performing this decomposition process and separating the parts, we will be able to design and create a set of compatible libraries that share certain processes and protocols and that will be used to compose algorithms to solve different optimization problems depending on how the composition is done.
To this end, ITI will work on a solution based on the decomposition of each of the parts. An optimization problem can be broken down into identifiable parts such as an algorithm or template, a way of representing a solution to the problem and a way of measuring the value of a solution (evaluation). In addition, an optimization problem also contains information that can be identified, classified and structured. By performing this decomposition process and separating the parts, we will be able to design and create a set of compatible libraries that share certain processes and protocols and that will be used to compose algorithms to solve different optimization problems depending on how the composition is done.
ITI, as an expert in Intelligent Optimization Systems, is developing within the framework of the ORP project, a platform of algorithms that allows companies to optimize their processes and services in a fast, simple, low-cost way and without the need for prior knowledge of optimization and/or programming. The platform’s objective is focused on reducing both technology implementation times and the costs incurred by organizations for its implementation. To this end, ITI will work on a solution based on the decomposition of each of the parts. An optimization problem can be broken down into identifiable parts such as an algorithm or template, a way of representing a solution to the problem and a way of measuring the value of a solution (evaluation). In addition, an optimization problem also contains information that can be identified, classified and structured. By performing this decomposition process and separating the parts, we will be able to design and create a set of compatible libraries that share certain processes and protocols and that will be used to compose algorithms to solve different optimization problems depending on how the composition is done.
To this end, ITI will work on a solution based on the decomposition of each of the parts. An optimization problem can be broken down into identifiable parts such as an algorithm or template, a way of representing a solution to the problem and a way of measuring the value of a solution (evaluation). In addition, an optimization problem also contains information that can be identified, classified and structured. By performing this decomposition process and separating the parts, we will be able to design and create a set of compatible libraries that share certain processes and protocols and that will be used to compose algorithms to solve different optimization problems depending on how the composition is done.