Logistics & Supply Chain Management¶
← Back to Domain-Specific Abstractions by Origin Domain
38 domain-specific abstractions whose origin domain is Logistics & Supply Chain Management. They span 33 subdomains — sort by that column to group them, or click any subdomain to filter to it.
| Abstraction | Subdomain | Description |
|---|---|---|
| Asset Tracking | Asset tracking is a specific application of telematics using a tracking system to monitor the location and status of physical assets. | |
| Available-to-Promise | Gate every new delivery commitment against a date-bucketed residual curve — on-hand plus scheduled receipts minus prior promises — so a request is accepted only if no future bucket goes negative, distinguishing what is physically present from what is contractually free. | |
| Backorder | The fulfilment arrangement in which an order is accepted as a binding obligation despite a stock-out, becoming a queued claim against future supply tracked in a visible ledger and clocked against an estimated resupply, rather than being refused as a lost sale. | |
| Bellman Equation | The recursive optimality condition V(s) = max over a of [R(s,a) + γ·E V(s')] that reframes a sequential decision problem as a fixed point in value space, collapsing a combinatorial search over policy sequences into a solvable |S|-dimensional problem. | |
| Cost-plus-incentive fee | A cost-reimbursement contract whose final fee is adjusted from a target by a formula sharing allowable-cost underruns and overruns between buyer and seller. | |
| Cross-Docking | The distribution practice of unloading, re-sorting by destination, and reloading inbound freight straight onto outbound vehicles with zero dwell — casting the facility as a sorter rather than a warehouse, governed by schedule synchronization rather than inventory level. | |
| Cumulative flow diagram | A stacked time-series chart showing how many work items occupy each workflow state and exposing arrival, departure, inventory, and lead-time behavior. | |
| Customs-Clearance Delay | The cross-border failure mode in which a physically ready shipment is held immobile because a sovereign clearance authority has not yet issued the release token — a permission-gate bottleneck immune to transport remedies, with queueing dynamics and a linear-then-catastrophic cost. | |
| Demand forecasting | The conditional prediction of future quantities customers will demand over specified horizons from historical observations, market information and explicit assumptions. | |
| Design for logistics | The product-development practice of shaping product architecture, packaging and process so transport, storage, handling and replenishment costs and service constraints are controlled. | |
| Economic Order Quantity | Find the replenishment batch size minimizing total cost by summing a per-event ordering cost that falls with batch size and a per-unit-time holding cost that rises with it, giving a U-shaped curve whose flat-bottomed optimum is √(2DK/h). | |
| Inventory analysis | The systematic classification and quantitative examination of inventory levels, movements, costs and service performance to guide replenishment and control decisions. | |
| Just-in-Time | Replenish each production stage only when the next one consumes its input, deliberately shrinking buffers so disruption propagates instead of hiding — a coupling that pays off only when paired with the variability-reduction work that earns it. | |
| Lean enterprise | — | An organization-wide management practice that defines customer value, maps value streams, improves flow and pull and pursues continuous waste reduction across functional boundaries. |
| Make-to-Order | Begin conversion of inputs into a finished good only after a confirmed customer order, placing the forecast-driven/order-driven decoupling point at the upstream end of conversion, short of engineer-to-order, so finished-goods inventory vanishes and the customer absorbs the full conversion-cycle wait. | |
| Make-to-Stock | Produce finished goods ahead of any order against an aggregate forecast, placing the decoupling point as far downstream as it will go, so customer wait collapses to the order-to-pick interval at the price of holding cost and a binding forecast bet. | |
| Medical logistics | The planning and control of medicines, devices, supplies and related information so healthcare operations receive the right items with required quality and timeliness. | |
| Milk Run | Consolidate many small point-to-point shipments into one high-utilization loop by running a single vehicle on a fixed scheduled circuit of pickup points, trading routing flexibility for an arrival window each point can plan around. | |
| Min–Max Inventory | An inventory policy that manages stock inside a declared band — replenishing up to a maximum ceiling only once on-hand falls to a minimum reorder point, and doing nothing in between — collapsing continuous order decisions into two scalars per item. | |
| Order-Batching Distortion | The supply-chain failure in which a lumpy ordering rule converts smooth downstream consumption into artificial order spikes and troughs, which each upstream tier misreads as real demand and amplifies — one of the four canonical causes of the bullwhip effect. | |
| Perfect Order | Read fulfillment quality as one customer-facing scalar — the product of complete, on-time, undamaged, and correctly-documented sub-rates — so multiplicative decay (four links at 95% giving 81%) becomes visible and the binding sub-rate is read off directly. | |
| Performance-based contracting | A procurement strategy that links supplier compensation, incentives or remedies to explicitly measured service outcomes rather than prescribing only inputs and activities. | |
| Phantom Inventory | Diagnose a fulfilment miss against a record showing healthy stock as an information-state failure — the record overstating reality between audits — that silently suppresses replenishment, pointing the fix at reconciliation cadence rather than the pick face. | |
| Plan-Execute Gap | The pathology in which a coarse-grained planning artefact cannot be enacted because the execution layer faces binding fine-grained constraints the planning model never represented — so the fix is constraint propagation and feedback, never a better forecast. | |
| Returns Friction | Diagnose why returns, recalls, and repairs move badly: the reverse flow is an irregular trickle of heterogeneous, quality-uncertain units forced through a network designed and optimized for one-directional forward flow, sharing its rails as an afterthought. | |
| Reverse Logistics | Manage the backward flow of goods from consumption toward recovery through one invariant pipeline — receive, inspect-and-grade, route, settle — where the triage sorts each unit up a value gradient and the constraints invert the forward chain. | |
| Sales and Operations Planning | A recurring cross-functional planning process that reconciles expected demand with supply, capacity, inventory, and financial constraints into a reviewed operating plan. | |
| Service Level | — | Commit in advance to fulfilling a stated quantile of stochastic demand — not its average — within a stated window with a breach consequence, and size the system's buffer against that tail, so each additional nine costs disproportionately more reserve. |
| Service management | Service management in the manufacturing context is integrated into supply chain management as the intersection between actual sales and the customer point of view. | |
| Stockout | Pin inventory's central failure to a precise binary event — on-hand stock for one SKU at one location reaching zero while demand still arrives — whose heterogeneous, mostly-unobservable cost, weighed against holding cost, drives every safety-stock and service-level decision. | |
| Stowage plan for container ships | A voyage-specific bay plan assigning each container to a bay–row–tier position while satisfying ship stability, strength, dangerous-goods, reefer, lashing, visibility, port-rotation, and crane-productivity constraints. | |
| Supplier relationship management | A coordinated enterprise process for segmenting suppliers and governing interactions, performance, risk and joint development across the supplier relationship lifecycle. | |
| Theory of constraints | — | A management method that improves system throughput by identifying the current limiting constraint and subordinating other decisions to it in a repeating focusing cycle. |
| Transshipment | Move cargo through intermediate transfer points where it changes vehicle or mode, and re-price the journey as a fixed handling charge per transfer plus linear haul cost — so total cost keys to the number of transfers, not the distance travelled. | |
| Vendor-Managed Inventory | Shift four coupled properties — consumption data, replenishment authority, stock ownership, and risk — upstream from buyer to supplier as a single bundle, dampening the bullwhip effect at the cost of a principal-agent gap that governance metrics must close. | |
| Warehouse Slotting Failure | Diagnose a chronically slow but findable warehouse as a layout misaligned with demand flow — fast SKUs stranded in high-access-cost positions — by checking whether the position-cost ordering and the SKU-velocity ordering have drifted apart. | |
| Wave Picking | Release warehouse orders not on arrival but in timed, compatibility-grouped cohorts, deliberately accepting a bounded latency wait so that picking, packing, and loading run synchronously against the same wave and downstream stations stay neither starved nor overwhelmed. | |
| Workforce management | — | An organizational process aligning labor demand with staffing, schedules, skills, attendance and operational constraints. |