ROL

(redirected from Reorder Level)
Also found in: Financial.
AcronymDefinition
ROLRoland
ROLRomanian Leu (former Currency Unit, ISO)
ROLRisk of Loss (commercial transactions)
ROLRay of Light
ROLRing of Light (gaming)
ROLRule of Law
ROLRush of Love
ROLRock of Love (TV show)
ROLRepublic of Liberia
ROLRisultato Operativo Lordo (Italian: Gross Operating Result; taxes)
ROLRegistration on Line
ROLReadout Link
ROLRise of Legends (video game)
ROLRotate Left
ROLReview of Literature (in research)
ROLRegistration On-Line (various schools)
ROLRank Order List (medical residency)
ROLRock over London (London, UK)
ROLRate on Line
ROLRate On Line (insurance)
ROLRoad Occupancy License (Australia)
ROLRide on Lille (French roller skating club)
ROLReorder Level
ROLRecord of Learning (New Zealand)
ROLReduction-Option Loan
ROLRock Out Loud (band)
ROLReturn On Life
ROLRocketry Online
ROLRelease of Lien
ROLReddito Operativo Lordo (Italy)
ROLReconfiguration of Lot (infrastructure management; Australia)
ROLRepublic of Logarithms (micronation)
ROLReactor Operating Limit
ROLRetired Officers Luncheon
ROLRear-Of-Leg strap (skydiving)
ROLRun of Loom (textiles)
References in periodicals archive ?
For each test problem, we have varied the reorder level and threshold stock level and run 25 instances.
But, in case of stock transfer, the average stock-out days first decreases and then increases with increasing reorder level.
At high reorder level [40%], the no stock transfer policy seems to be better than the stock transfer policy as the warehouses keeps enough safety stocks to deal with uncertainty and the lateral transshipment only adds to the transportation cost.
The delay is because of serial communication once the reorder level is reached at one warehouse.
From the results, we have figured out that the reorder level is the most sensitive parameter.
The simulation model solves for various reorder level and stock transfer level to identify the best inventory policy for a given set of parameters.
Increase in the reorder level at fillers with two multi-skilled materials handlers under normal and increased demand levels.
Increase in the reorder level at fillers with three and four multi-skilled materials handlers (tested under increased demand).
Since the above results displayed unstable queue lengths, while showing idle times at blistering machines and fillers, the reorder level for empty tubes at the fillers was increased from half a box to one box.
The experiments were repeated with layout 1, by allowing multi-skilled materials handlers and by increasing the reorder level for empty tubes at the fillers.
Use an increased reorder level (1 box) for empty tubes at the fillers in the tube cell.