Optimal Assignment & Selection
Optimal’s optimization-based assignment and selection solutions provide decision optimization for specialty problems!
Achieving savings through all phases of the Assignment & Selection process
Optimal’s Assignment & Selection Solutions provide decision optimization for specialty problems. This evolving category of Optimal applications addresses many decision points, in business and government enabling savings, typically 5-10%, often much more. In consumer applications the objective is often increased fulfillment.
- Portfolio – select the maximum profit set of choices from many options based on user-definable criteria.
- Project Selection – select the most profitable set of projects from multiple options based on project value and resource constraints.
- Stock Cutting – select the highest yield cutting pattern.
- Time periods
- Multiple vendors and costs
- Purchased items specifications
- Inventory levels
- Items (Ingredients)
- Lots (unique occurrences of items and attributes)
- Formulas Specifications (Items and Constraints)
- Input (Formula or Product)
- Sets (optional)
- Suppliers (optional)
- Locations (optional)
- Much more…
- Time periods
- Multiple vendors and costs
- Purchased items specifications
- Inventory levels
- Items (Ingredients)
- Lots (unique occurrences of items and attributes)
- Formulas Specifications (Items and Constraints)
- Resource costs (labor, packaging, overhead, etc.)
- Orders with multiple demands and prices per Item sold
- Suppliers (optional)
- Locations (optional)
- Much more…
Optimal Planning Solutions, consider the following data:
- Raw material acquisition
- Raw material inventory
- Finished product production
- Intermediate product production
- Finished goods inventory
- Shipments directly from plants to markets
- Shipments to distribution centers
- Shipments from distribution centers to markets
- Market demands with prices for each product
Optimal Scheduling Solutions, consider the following data:
- Manufacturing or production requirements by product
- Manufacturing process steps
- Manufacturing resources (departments, equipment, etc.)
- Product changeover and cleanup rules
FEATURES
Optimal provides optimization decision support guidance to meet your inventory and/or manufacturing requirements considering and complying with critical elements:
Optimal provides optimization decision support guidance to meet your product mix optimization requirements considering and complying with critical elements:
Optimal provides optimization decision support guidance to meet your planning/or scheduling requirements considering and complying with critical elements.
FEATURES
Optimal provides optimization decision support guidance to meet your inventory and/or manufacturing requirements considering and complying with critical elements:
Optimal provides optimization decision support guidance to meet your product mix optimization requirements considering and complying with critical elements:
Optimal provides optimization decision support guidance to meet your planning/or scheduling requirements considering and complying with critical elements.
- Time periods
- Multiple vendors and costs
- Purchased items specifications
- Inventory levels
- Items (Ingredients)
- Lots (unique occurrences of items and attributes)
- Formulas Specifications (Items and Constraints)
- Input (Formula or Product)
- Sets (optional)
- Suppliers (optional)
- Locations (optional)
- Much more…
- Time periods
- Multiple vendors and costs
- Purchased items specifications
- Inventory levels
- Items (Ingredients)
- Lots (unique occurrences of items and attributes)
- Formulas Specifications (Items and Constraints)
- Resource costs (labor, packaging, overhead, etc.)
- Orders with multiple demands and prices per Item sold
- Suppliers (optional)
- Locations (optional)
- Much more…
Optimal Planning Solutions, consider the following data:
- Raw material acquisition
Raw material inventory - Finished product production
- Intermediate product production
- Finished goods inventory
- Shipments directly from plants to markets
- Shipments to distribution centers
- Shipments from distribution centers to markets
- Market demands with prices for each product
Optimal Scheduling Solutions, consider the following data:
- Manufacturing or production requirements by product
- Manufacturing process steps
- Manufacturing resources (departments, equipment, etc.)
- Product changeover and cleanup rules
models
Individual Models Include the following:
models
product development:
Optimizes a recipe or BOM for one product, either single or multi-level; for designing products (e.g., products containing sub-formulas).
single product:
Optimizes a single product recipe or BOM.
Sequential Single Product:
Optimizes a series of single product recipes or BOMs either considering or not considering inventory utilization by formulation; materials are allocated to batches based on assembly order as Sequential Single Product does not look ahead in optimizing the batch sequence.
Multi Product:
Optimizes multiple products for a single time period creating a composite recipe or BOM; the result is a composite recipe for the entire timeframe that will likely require adjustment for any specific point in time.
Individual Models Include the following:
Procurement Planning:
Optimizes multiple products through a series of discrete time periods (e.g., days, weeks, months) creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple suppliers, multiple occurrences Item Lots with respective costs and other specifications through the planning period.
Production Planning:
Optimizes multiple products through a series of discrete time periods (e.g., days, weeks, months) creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple occurrences Item Lots with respective costs and other specifications through the planning period.
Lot Allocation:
Optimizes multiple products through a sequence of discrete batches or steps creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple occurrences Item Lots with respective costs and other specifications batch sequence.
Multi-Site:
Procurement Planning for multiple sites considering transportation costs between manufacturing sites and storage locations.
Yield Optimization:
Yield Optimization optimizes in a single computation the integrated sales, procurement and production problem for maximum profit product mix optimization considering many user-definable variables and constraints.
Optimizes a recipe or BOM for one product, either single or multi-level; for designing products (e.g., products containing sub-formulas).
Optimizes a single product recipe or BOM.
Optimizes a series of single product recipes or BOMs either considering or not considering inventory utilization by formulation; materials are allocated to batches based on assembly order as Sequential Single Product does not look ahead in optimizing the batch sequence.
Optimizes multiple products for a single time period creating a composite recipe or BOM; the result is a composite recipe for the entire timeframe that will likely require adjustment for any specific point in time.
Optimizes multiple products through a series of discrete time periods (e.g., days, weeks, months) creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple suppliers, multiple occurrences Item Lots with respective costs and other specifications through the planning period.
Optimizes multiple products through a series of discrete time periods (e.g., days, weeks, months) creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple occurrences Item Lots with respective costs and other specifications through the planning period.
Optimizes multiple products through a sequence of discrete batches or steps creating recipes or BOMs considering Item and Lot availability and expiration for use, beginning inventory, permissible ending inventory, multiple occurrences Item Lots with respective costs and other specifications batch sequence.
Procurement Planning for multiple sites considering transportation costs between manufacturing sites and storage locations.
Optimal Solutions are cloud based thus facilitating rapid deployment and support, eliminating most IT support costs, and enabling regular, non-disruptive updates.
The Optimal interface includes powerful data import/export features to accelerate database construction. The Optimal API provides automated data exchange and optimization for tight connectivity with ERP systems.
HOSTING
HOSTING
applications
Optimal Portfolio
Optimal Portfolio enables users to select the maximum profit set of choices from many options based on user-definable criteria.
With securities, Optimal Portfolio selects the highest profit set of securities that maximizes return considering user-defined investment criteria, such as acceptable risk, minimum and maximum levels of investment in various categories, and other criteria. Optimal Portfolio also identifies when to buy and sell stocks through a series of forthcoming periods based on forecast valuations.
Optimal Project Selection
Optimal Project Selection enables users to select the most profitable set of projects from multiple options based on project value and resource constraints.
Optimal Project Selection determines the selection of capital investment projects with various returns considering utilization of capital, human, and equipment resources to achieve the maximum financial return for the enterprise.
Optimal Stock Cutting
Optimal Stock Cutting select the highest yield cutting pattern.
OPTIMAL STOCK CUTTING applications enable users to determine how to deploy resources to meet specified requirements at the lowest cost.
An implementation of Optimal Stock Cutting is selection of the minimum cost set of cutting templates for steel bars to yield various lengths of finished steel product bar requirements considering trim loss.
Configurations
Optimal Inventory Management & Procurement configurations are available with features and pricing appropriate for any size of entity.
The configurations are:
Optimal Product Mix Optimization configurations are available with features and pricing appropriate for any size of entity.
The configurations are:
Optimal Planning & Scheduling configurations are available with features and pricing appropriate for any size of entity.
The configurations are: