SoftGuide > Functions / Modules Designation > Demand forecasting

Demand forecasting

What is meant by Demand forecasting?

"Demand forecasting" refers to the process of estimating future demand for products or services based on historical data, trends, market analysis, and other relevant factors. Accurate demand forecasting is crucial for businesses to optimize their production and procurement planning, manage inventory levels, control operating costs, and better meet customer needs.

Typical functions of software in the "demand forecasting" domain are:

  1. Data analysis and preprocessing: The software allows for the analysis and preprocessing of historical sales data, customer orders, inventory levels, and other relevant data sources to identify trends, patterns, and seasonal fluctuations.

  2. Statistical models and algorithms: It provides a selection of statistical models and algorithms for predicting future demand, including simple methods such as moving averages and exponential smoothing, as well as more complex methods such as ARIMA (Auto-Regressive Integrated Moving Average) and machine learning.

  3. Automated forecast generation: The software enables the automated generation of demand forecasts based on the selected models and parameters, saving users time and allowing for quicker decision-making.

  4. Validation and adjustment of forecast models: Users can validate the accuracy and reliability of the generated forecast models by comparing them to actual data and making adjustments as needed.

  5. Real-time updating: The software offers the capability to update forecast models in real-time to respond to changing market conditions, new data, and unforeseen events.

  6. Visualization and reporting: It allows for the visualization of forecasted data through charts, graphs, and dashboards, as well as the creation of reports for analysis and communication of results.

 

The function / module Demand forecasting belongs to:

Statistics/Forecast

analyses of covariance
Article hit and rivet lists
Bayesian analysis
Before-and-after comparisons
Budget information
Business Impact Analysis
Capacity evaluations
Cashier hit list
Classification and prediction
classification and regression trees
Cluster analyses
Clustering
Collaborative Planning
combinatorial problems
comparative statistics
Container accounting
Correlation matrix
Correlations
Cost analysis and budget control
Course participant and learning statistics
Course statistics
Customer and sales data analysis
Customer evaluations
Customer statistics
Econometric and statistical analyses
Energy price analysis
Error analysis
Excel export
Financial market statistics
Financial reporting
Fluctuation statistics
forecast result
Forecasting
Forecasting and planning
Gibbs sampling
Key figure simulations
KTL evaluation
Linked data management
liquidity analysis
Management evaluations
Mandate analysis
matrix calculus
Mean values
Measurement data
Metropolis algorithm
Movement profiles
Network Statistics
Order tracking
Performance analysis
Permutation test
Personnel key figures
Plausibility check
predictions and model simulation
Predictive analytics
Predictive Modeling
previous year view
Probabilities of occurrence
Probability analysis
Probability distributions
Probability functions
Projection comparison
Random generator
Regression analysis
Regressions or equalization calculations
Resume analysis
Risk analysis
Sales comparisons
Sales hit lists
Sales lists
Sales statistics
Sales statistics
Sampling system
Seller hit list
Sequence analysis
Shopping cart analysis
Signal statistics
Six Sigma
Statistical Analysis
statistical calculations
statistical cost planning
statistical methods
Time data, time series, calendar
Time series analyses
Travel expenses
Trend value analyses
Utilization analysis according to loss classes
Weighting functions
What-if analyses