We provide math-based decision support system that you, as a decision maker, can use to generate more profit and improve the processes performances. Whether you are struggling with the formulation of strategic decisions on planning future events or you wish to lend a hand to your staff in making short-time decisions on the execution of operations our tools and our specialist team can help you. ACT Operations Research’ name and brand is already familiar to large organizations of complex processes and large-scale systems. Standing beneath real investments in research, we build best-of-breed “decision support math-technology” which has been proving to stand out competing technologies from global players. We draw out the optimization potential of your operations while unleashing pent-up profit margins by embedding our solutions in your systems. What’s more, with us you refrain from taking unconscious risks as we model the behaviour of your systems imitating the real world ahead you play live with your business decisions. At ACT Operations Research, we strive to make the difference in this ever-increasing innovation demanding world working hard to reach a world’s leading position in advanced decision support systems built on optimization, simulation, forecasting and process control expertise.
 
ACT OR Last News
Dec 8-11, 2013 - ACT-OR speaker at WSC in Washington
2013 - ACT-OR Simulation Webinar
Net Solver: cut times! Optimal dispatching in automatic warehouse!
NET SOLVER RTD - Optimal load dispatching
What problems does Net Solver – RTD solve?
 

Internal logistics handling system dimensioning.

Quantify the impact of your choices on routing strategies.

Spot the right number of vehicles you really need to perform your delivery tasks.

Spot the optimal task schedule.

Quantify the impact of task execution time-span variability on the whole system.

Whether you need to address logistics operations carried out within the factory or in external loading areas, ACT Operations Research Net Solver helps with their scheduling and dynamic assignment to handling units while executing faster and real-time orders and exploiting these at their fullest. This robust technology has been thought to deal with constant disturbances of logistics process such as devices break-down, congestions and arrests coming out within factory's handling areas. Net Solver is a powerful optimizer built on innovative algorithms providing a really high accuracy level. Capable to work in synch with field devices it interfaces well with other systems (e.g., PLC -programmable logic controllers, WMS).


Usage model
Working amid dynamic constraints and priorities, ACT Operations Research Net Solver spots the best operational sequence to be performed by handling units (e.g., AGV, shuttles, traslo, operators). Tasks/operations lists and scheduling are dynamically updated by following process evolution including e.g., new tasks, failures, traffic, delays. Used whithin warehouses and factories of complex processes, Net Solver performs dynamic real time scheduling of operations such as stocking, lay downs, picking and provisions from work centers. Net Solver is capable to manage handling operations in loading areas such as ports and airports for e.g., containers loading/unloading. Net Solver can be coupled with ARENA and SIMIO simulation software to weigh in transport demand, routing choices, vehicles numbers, execution time dynamics and their impact on the whole factory.

 

Main functionalities

Goals

  • higher handling units and operators deployment
  • faster tasks/operations lists execution
  • sequencing transportation tasks priorities
  • optimizing warehouse pick&drop operations (e.g. in automated warehouses)
  • working with few transport units
  • optimizing handling operations in loading areas (e.g., containers handling in hubs, intermodal and logistics centres)
  • optimizing automatic devices operations and factory handling workforce.

Constraints

  • loading/loading time ranges
  • execution time range per transportation task (e.g., waiting time per order execution)
  • dynamic priorities in execution (e.g., thresholds based tasks)
  • the whole logistics constraints (e.g., vehicles capacity, direction, limited trafic areas)
  • traffic congestion
  • electric devices battery charging.

Peculiarities

  • integrate to field and optimization systems in real-time
  • on-line tasks' updates and re-scheduling.

 

Main features and add-on components

  • integrate with simulation systems to weigh in stochastic variables.

 

Vertical markets

  • Transportation and logistics (e.g., handling, warehouse, ports, airports, interports)

 

ACT Operations Research technology integration and scalability

  • developed through Java technology
  • integrates with any SQL database compliant
  • integrates with ERP, TMS, WMS
  • a very powerful engine designed for parallel calculus
  • scalable for a number of CPUs.

Contact us @ for more informations on NET SOLVER - RTD

 

 
CONTACT US  
+1 (412) 477-7168
Chat with me
 

MORE

BROCHURE - ACT Operations Research

<< BACK

We provide math-technology products and advanced solutions for:  
  FORECASTING
BEFORE! Predictive Analytics
The new generation of Forecasting Systems (Promo and Revenue Optimization)
BEFORE! Market Analytics
(KVI Analysis - Competitive Analysis - Category Efficiency Analysis)
   

  DISTRIBUTION
OPT Shipping
Advanced deliveries planning engine
OPT Net
Design and simulate multilevel distribution network
   
  TRANSPORT
OPT Runner
Trucks routing and scheduling optimization system
OPT Loading
3D container, truck and pallet loading optimization engine
OPT Vessel
Planning and scheduling of maritme transportation
  WAREHOUSE
OPT Warehouse
Math optimization suite for the warehouse process
NET Solver - RTD
Optimal dispatching in automatic warehouse!
   
  SIMULATION
ARENA
The most used software for simulation projects
SIMIO
The new software for simulation projects
SCENARIO Navigator
Scenario analysis for simulations projects

Copyright © 2013 ACT Operations Research

VAT N. 02302880121

 |  Privacy   

 |  Terms of use

 |  Contacts