Industrial Engineering Stock Forecast - Double Exponential Smoothing
| IEEC Stock | 0.26 0.00 0.00% |
Industrial |
Industrial Engineering Double Exponential Smoothing Price Forecast For the 15th of December 2024
Given 90 days horizon, the Double Exponential Smoothing forecasted value of Industrial Engineering Projects on the next trading day is expected to be 0.26 with a mean absolute deviation of 0, mean absolute percentage error of 0.00003, and the sum of the absolute errors of 0.20.Please note that although there have been many attempts to predict Industrial Stock prices using its time series forecasting, we generally do not recommend using it to place bets in the real market. The most commonly used models for forecasting predictions are the autoregressive models, which specify that Industrial Engineering's next future price depends linearly on its previous prices and some stochastic term (i.e., imperfectly predictable multiplier).
Industrial Engineering Stock Forecast Pattern
Industrial Engineering Forecasted Value
In the context of forecasting Industrial Engineering's Stock value on the next trading day, we examine the predictive performance of the model to find good statistically significant boundaries of downside and upside scenarios. Industrial Engineering's downside and upside margins for the forecasting period are 0 and 2.46, respectively. We have considered Industrial Engineering's daily market price to evaluate the above model's predictive performance. Remember, however, there is no scientific proof or empirical evidence that traditional linear or nonlinear forecasting models outperform artificial intelligence and frequency domain models to provide accurate forecasts consistently.
Model Predictive Factors
The below table displays some essential indicators generated by the model showing the Double Exponential Smoothing forecasting method's relative quality and the estimations of the prediction error of Industrial Engineering stock data series using in forecasting. Note that when a statistical model is used to represent Industrial Engineering stock, the representation will rarely be exact; so some information will be lost using the model to explain the process. AIC estimates the relative amount of information lost by a given model: the less information a model loses, the higher its quality.| AIC | Akaike Information Criteria | Huge |
| Bias | Arithmetic mean of the errors | None |
| MAD | Mean absolute deviation | 0.0033 |
| MAPE | Mean absolute percentage error | 0.013 |
| SAE | Sum of the absolute errors | 0.1951 |
Predictive Modules for Industrial Engineering
There are currently many different techniques concerning forecasting the market as a whole, as well as predicting future values of individual securities such as Industrial Engineering. Regardless of method or technology, however, to accurately forecast the stock market is more a matter of luck rather than a particular technique. Nevertheless, trying to predict the stock market accurately is still an essential part of the overall investment decision process. Using different forecasting techniques and comparing the results might improve your chances of accuracy even though unexpected events may often change the market sentiment and impact your forecasting results.Other Forecasting Options for Industrial Engineering
For every potential investor in Industrial, whether a beginner or expert, Industrial Engineering's price movement is the inherent factor that sparks whether it is viable to invest in it or hold it better. Industrial Stock price charts are filled with many 'noises.' These noises can hugely alter the decision one can make regarding investing in Industrial. Basic forecasting techniques help filter out the noise by identifying Industrial Engineering's price trends.Industrial Engineering Related Equities
One of the popular trading techniques among algorithmic traders is to use market-neutral strategies where every trade hedges away some risk. Because there are two separate transactions required, even if one position performs unexpectedly, the other equity can make up some of the losses. Below are some of the equities that can be combined with Industrial Engineering stock to make a market-neutral strategy. Peer analysis of Industrial Engineering could also be used in its relative valuation, which is a method of valuing Industrial Engineering by comparing valuation metrics with similar companies.
| Risk & Return | Correlation |
Industrial Engineering Technical and Predictive Analytics
The stock market is financially volatile. Despite the volatility, there exist limitless possibilities of gaining profits and building passive income portfolios. With the complexity of Industrial Engineering's price movements, a comprehensive understanding of forecasting methods that an investor can rely on to make the right move is invaluable. These methods predict trends that assist an investor in predicting the movement of Industrial Engineering's current price.| Cycle Indicators | ||
| Math Operators | ||
| Math Transform | ||
| Momentum Indicators | ||
| Overlap Studies | ||
| Pattern Recognition | ||
| Price Transform | ||
| Statistic Functions | ||
| Volatility Indicators | ||
| Volume Indicators |
Industrial Engineering Market Strength Events
Market strength indicators help investors to evaluate how Industrial Engineering stock reacts to ongoing and evolving market conditions. The investors can use it to make informed decisions about market timing, and determine when trading Industrial Engineering shares will generate the highest return on investment. By undertsting and applying Industrial Engineering stock market strength indicators, traders can identify Industrial Engineering Projects entry and exit signals to maximize returns.
Industrial Engineering Risk Indicators
The analysis of Industrial Engineering's basic risk indicators is one of the essential steps in accurately forecasting its future price. The process involves identifying the amount of risk involved in Industrial Engineering's investment and either accepting that risk or mitigating it. Along with some essential techniques for forecasting industrial stock prices, we also provide a set of basic risk indicators that can assist in the individual investment decision or help in hedging the risk of your existing portfolios.
| Mean Deviation | 1.4 | |||
| Standard Deviation | 2.32 | |||
| Variance | 5.4 |
Please note, the risk measures we provide can be used independently or collectively to perform a risk assessment. When comparing two potential investments, we recommend comparing similar equities with homogenous growth potential and valuation from related markets to determine which investment holds the most risk.