1 / 18

Approaches to increase efficiency of the IO tool in the system of scenario forecasting

Approaches to increase efficiency of the IO tool in the system of scenario forecasting. Strizshkova L.A.(reporter) Kuranov A.G. Zhuravskiy V.P. Tishina L.I. Slobodyanik S.N. IO models have a set of unique characteristics which determine their important role in scenario forecasting.

kolya
Download Presentation

Approaches to increase efficiency of the IO tool in the system of scenario forecasting

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Approaches to increase efficiency of the IO tool in the system of scenario forecasting Strizshkova L.A.(reporter) Kuranov A.G. Zhuravskiy V.P. Tishina L.I. Slobodyanik S.N.

  2. IO models have a set of unique characteristics which determine their important role in scenario forecasting IO models’ characteristics Role of IO models in scenario forecasting

  3. IO models require a specific information support, primarily – time series of statistical data which include the system of IO tables Since 2003 economists don’t have official statistical estimations of IO tables. Time series for many others indicators are broken and consequently short. Should we deal with the IO analysis under the circumstances? Should we try to feel information gaps by expert estimations? Our answer is “YES”. This allows: To reveal economic relations for purposes of further forecasting To apply the IO tool in scenario forecasting and to receive additional estimated referents points To maintain traditions in IO researches To maintain Russian economy history

  4. A set of control parameters for the model complex "FORECAST“

  5. The scheme of the model complex "FORECAST" Scenario conditions and models of macroeconomic targets Export/Import models Model of financial balance of institutional sectors and balance of payments Model of the labor market IOM with production and price blocks Model of consumer demand The balance of labor funds - analysis of innovation processes, evaluation of links and hypothesis Investment - fixed assets model Output information 1.Supply and Use tables of goods and services (indices of real dynamics and prices, outputs, GDP, import, export, etc.) 2. Financial indicators (investments, profit, taxes, custom duties, etc.) 3. Financial balances of institutional sectors, public finances and monetary sphere (GDI, DI, net lending/borrowing, M2X, etc.) 4. Quality characteristics of economic growth

  6. This can be achieved by • - selection of models included in the complex • - the principle of modeling • - information databases Important question – how to organize the first iteration in conditions of minimum of forecast information?

  7. Solution to the question – assessment of the initial values of key macroeconomic indicators which are used as exogenous parameters in IOM

  8. The difficulty of the question is determined by

  9. To resolve the question “step by step” calculation scheme can be applied • The essence of the “step by step” scheme evaluation of each following indicator is based on previous estimates of other indicators and background information on scenario conditions • To realize the “step by step” scheme • system of macroeconomic econometric functions is developed • number of consistent relations between indicators is identified • sequence of application of functions and relations is developed, what allows sequentially estimate initial macroeconomic parameters for IOM

  10. Informational base of the IMEI’s IOM Block 1. The system of IOTs (expert estimations ) Sub-block 1.1. Analytics Sub-block 1.2. III quadrant – detalization Use tables for domestic production at basic prices Use tables for import production at basic prices Tables of trade and transport margins Block 2. Import-Export Time series on export and import (based on customs statistics and the balance of payments) at current and constant prices and arranged with the IOM positions Tableofnettaxesonproducts (includingexcises, customsimportandexportduties, VAT andsubsidiesonproducts) Block 2. Energy Time series of Energy balances (in physical units) with detailed characteristics of use (international standard) Sub-block 2.1. Analytics Sub-block 3.1. Analytics Block 3. Investments – fixed assets – capacity utilization Time series with data at current and constant prices arranged with the IOM positions Sub-block 4.1. Analytics Other information blocks with official statistical data (SNA statistics, statistics of production, prices, incomes, taxes, etc.). Sub-blocks withanalytics

  11. The structure of the IMEI’s IOM Production block Forecast estimates of the system of IOTs in the year t at constant prices of the year (t-1) considering: - production constraints -scenario conditions Price block Forecast estimates of the system of IOTs in the year t at prices of the year t considering: -scenario conditions - validationcriteria Investment – fixed assets block Benchmarks for sectors’ productive capacities considering: - investments in fixed assets - forecast of the fixed assets balance - level of production capacity utilization

  12. Control parameter and scenario conditions are benchmarks for production block of the IOM Real dynamics indices of: • - GDP • - retail turnover • - paid consumer services • - investments in fixed assets • - export and import of goods (11 product groups according with HS-codes) • - budget spending for education, health, science ( % of GDP) Parameters of dynamics of direct technological coefficients matrix Energy balances (physical units) Production constraints on energy Production block of the IOM 1.Sub-block of II quadrant estimations at purchasers’ prices 2. Sub-block of moving to II quadrant estimations at basic prices 3. Sub-block of output and margin tables calculation 1a. Sub-block of export and import vectors estimation 2 a. Sub-block of import matrix estimation 3a. Sub-block of stock changes restrictions Imbalanced: → correction of II quadrant Test onproductionconstraints Benchmarks from investment – fixed assets block Balanced: → moving to price block

  13. Control parameter and scenario conditions are benchmarks for price block of the IOM Indices of: - consumer prices - domestic prices for production of natural monopolies - domestic exchange rate - producers’ prices by sectors Indices of: - world prices for oil, gas, refined oil products - prices for export and import goods ( for 11 product groups according with HS-codes) Parameters of tax policy Households’ incomes; Policy parameters on social transfers and wages in the public sector Price block of the IOM 1. Sub-block of output and product use estimation at current basic prices 2. Sub-block of moving to indicators of use at purchasers’ prices and evaluation of deflator indices Testoncriteriaforconsistency -particular (by gross production profit) - macroeconomic (by aggregate macroeconomic indicators 1a. Sub-block of export vector estimation at current basic prices and trade margin on export 2a. Sub-block of GVA elements estimation Imbalanced: → correction of domestic price indices Balanced: moving to next year estimation 3. Sub-block of independent estimation of producers’ price indices (econometrics) Benchmarks from investment – fixed assets block

  14. Price indices in econometric block IOM(with close link which sustainable over time) Electricity price index Oil price index (Urals) Refined oil products world price index Indices of producers’ prices by sectors • Oilandgasextraction DG DM DF Crude oil extraction Coal Agriculture products DE Price index for group D DA DJ Wood DN CPI nonfoodcommodity CB Metalores DI Ironore CPI foodcommodity CPI F DD

  15. IOM information database and special calculation schemes allow to conduct qualitative analysis of the economy 1. Investigation of income’s influence on the development and structure of the final demand • 2. Factor analysis of industries using • the total requirements matrix • method of decomposition of intermediate consumption expenditures by elements of the final product • 3. Research of competitiveness • 3.1. Shifts in import consumption and import intensity in • consumer market • investment market • domestic production • 3.2. Shifts in structure of export and export-orientation of national production • 3.3. Shifts in the structure of value formation • 4. Analysis of the cost structure of the final product and the final output of the economy using • method of decomposition of GVA by elements of the final product • method of measuring the total import intensity by elements of final output 5. Investigation on influence of different factors (prices, taxes and other) on dynamics of inflation and industry prices

  16. Summary

  17. Thank you for your attention!

More Related