top of page

Wisteria Enterprises Group

Public·17 members
Valentine Osipov
Valentine Osipov

Eviews 9 Student Version Serial Number: Tips and Tricks for Successful Installation and Activation



Eviews 9 Student Version Serial Number: A Guide for Students




If you are a student who needs a powerful and easy-to-use tool for statistical analysis, forecasting, and modeling, you may have heard of Eviews 9 Student Version. This software is designed for academic purposes and offers a range of features and benefits that can help you with your coursework and research. But how do you get started with Eviews 9 Student Version? How do you install it, register it, and use it? And what are some alternatives and competitors to Eviews 9 Student Version that you may want to consider? In this article, we will answer these questions and more, so that you can make the most of your Eviews experience.




eviews 9 student version serial number



What is Eviews 9 Student Version?




Eviews 9 Student Version is a special edition of Eviews, a leading software for time series, cross-section, and longitudinal data analysis. Eviews stands for Econometric Views, and it was first developed in 1985 by Quantitative Micro Software (QMS), which later became IHS EViews. Eviews is widely used by academic researchers, corporations, government agencies, and students around the world for various applications in economics, finance, statistics, and other fields.


Features and benefits of Eviews 9 Student Version




Eviews 9 Student Version offers many features and benefits that make it an ideal choice for students who need a comprehensive and user-friendly software for data analysis. Some of these features and benefits are:



  • It has an intuitive graphical user interface that allows you to easily manage your data, perform econometric and statistical analysis, generate forecasts or model simulations, and produce high-quality graphs and tables.



  • It supports various data formats, such as Excel, SPSS, Stata, SAS, RATS, TSP, MATLAB, CSV, HTML, XML, JSON, and more. You can also import data from online sources such as FRED, World Bank, Eurostat, OECD, IMF, etc.



  • It has a powerful analysis engine that provides hundreds of statistical tools for descriptive statistics, hypothesis testing, estimation, inference, forecasting, simulation, optimization, etc. You can also perform advanced techniques such as panel data analysis, cointegration analysis, vector autoregression (VAR), vector error correction (VEC), state space models (SSM), generalized method of moments (GMM), maximum likelihood estimation (MLE), etc.



  • It has a flexible object-oriented structure that allows you to create and manipulate various objects such as workfiles (data containers), series (variables), groups (collections of series), equations (estimated models), systems (sets of equations), graphs (visual representations), tables (tabular representations), matrices (arrays of numbers), scalars (single numbers), strings (text), etc.



  • It has a traditional command line and programming interface that allows you to extend the functionality of Eviews with your own commands or programs. You can also use add-ins or user objects that are created by other users or developers to enhance your Eviews experience.



  • It has a presentation quality output that allows you to export your results in various formats such as PDF, RTF, HTML5,

9 Student Version. You can do this by using the graphical user interface, the command line, or the programming interface of Eviews. Here are some examples of how you can do this:



  • To create a new workfile, click on "File" and then "New" and then "Workfile". You can specify the frequency, range, and name of your workfile. You can also import data from various sources by clicking on "File" and then "Import" and then choosing the appropriate option.



  • To create a new series, click on "Quick" and then "Series Generate". You can enter a formula or an expression to define your series. You can also use the built-in functions or operators of Eviews to manipulate your series.



  • To estimate a model, click on "Quick" and then "Estimate Equation". You can enter a specification for your model, such as the dependent variable, the independent variables, the estimation method, etc. You can also use the options menu to modify your estimation settings.



  • To generate a forecast, click on "Quick" and then "Forecast". You can select the series that you want to forecast, the model that you want to use, the forecast period, etc. You can also use the options menu to modify your forecast settings.



  • To create a graph, click on "Quick" and then "Graph". You can select the series that you want to plot, the type of graph that you want to use, the appearance of the graph, etc. You can also use the options menu to modify your graph settings.



  • To create a table, click on "Quick" and then "Table". You can select the series that you want to display, the type of table that you want to use, the appearance of the table, etc. You can also use the options menu to modify your table settings.



You can also use the command line or the programming interface of Eviews to perform these tasks. The command line is located at the bottom of the main Eviews window. You can type commands or expressions in the command line and press enter to execute them. The programming interface is accessed by clicking on "File" and then "New" and then "Program". You can write programs or scripts in Eviews language and run them by clicking on "Run". You can also save your programs or scripts for future use.


Extending Eviews with programming and add-ins




The second step is to extend Eviews with programming and add-ins. You can do this by using the programming interface or the add-ins manager of Eviews. Here are some examples of how you can do this:



  • To create a new function or procedure in Eviews, you can use the programming interface to write your own code in Eviews language. You can define inputs, outputs, parameters, variables, etc. for your function or procedure. You can also use loops, conditional statements, error handling, etc. to control the flow of your code.



  • To create a new object in Eviews, you can use the programming interface to write your own code in Eviews language. You can define properties, methods, events, etc. for your object. You can also inherit from existing objects or create custom interfaces for your object.



  • To install an add-in in Eviews, you can use the add-ins manager to browse and download add-ins from the Eviews website or other sources. Add-ins are extensions or enhancements that are created by other users or developers to add new features or functionality to Eviews. You can also uninstall or update add-ins using the add-ins manager.



You can also use the command line or the graphical user interface of Eviews to access these features. For example, you can type a function name or an object name in the command line and press enter to execute it. You can also right-click on an object in the workfile and select an add-in option from the context menu.


Getting help and support from Eviews resources




The third step is to get help and support from Eviews resources. You can do this by using the help system or the online resources of Eviews. Here are some examples of how you can do this:



  • To access the help system of Eviews, click on "Help" and then choose one of the options such as "EViews Help", "Command Reference", "Function Reference", etc. The help system provides detailed information and examples on how to use Eviews features and functions.



  • To access the online resources of Eviews, visit http://www.eviews.com and explore various sections such as "Documentation", "Examples", "Forum", "Blog", etc. The online resources provide additional information and tips on how to use Eviews effectively.li>To access the support service of Eviews, click on "Help" and then "Contact Us". You can also email support@eviews.com or call +1 949 856 3368. The support service provides technical assistance and troubleshooting for Eviews users.



Eviews 9 Student Version is a valuable software for students who want to learn and apply econometric and statistical methods in a practical and efficient way. It can help you with your assignments, projects, papers, and dissertations. It can also prepare you for using Eviews in your future academic or professional career. By following this guide, you can install, register, and use Eviews 9 Student Version with ease and confidence.


What are some alternatives and competitors to Eviews 9 Student Version?




While Eviews 9 Student Version is a great software for students who need a comprehensive and user-friendly software for data analysis, it is not the only option available in the market. There are some alternatives and competitors to Eviews 9 Student Version that you may want to consider depending on your needs, preferences, and budget. Here are some of them:


Comparing Eviews with other statistical software




There are many other statistical software that can perform similar or different tasks as Eviews. Some of the most popular ones are:



Software


Description


Pros


Cons


Stata


A general-purpose statistical software that specializes in data management, analysis, and graphics.


- It has a large and active user community that provides support and resources.- It has a simple and consistent syntax that is easy to learn and use.- It has a wide range of built-in commands and user-written programs for various applications.


- It is relatively expensive compared to other software.- It has some limitations in handling large or complex data sets.- It has a steep learning curve for some advanced features or techniques.


R


A free and open-source software environment for statistical computing and graphics.


- It is free and widely available for various platforms.- It has a rich and diverse set of packages and functions for various applications.- It has a flexible and powerful programming language that allows customization and extension.


- It has a complex and inconsistent syntax that can be difficult to learn and use.- It has some performance issues in handling large or complex data sets.- It has a fragmented and variable quality of documentation and support.


SPSS


A general-purpose statistical software that focuses on data analysis, reporting, and modeling.


- It has a user-friendly graphical user interface that allows point-and-click operations.- It has a comprehensive and reliable set of tools and features for various applications.- It has a high-quality and standardized documentation and support.


- It is very expensive compared to other software.- It has a limited and outdated programming language that restricts customization and extension.- It has a low compatibility with other software or formats.


SAS


A general-purpose statistical software that excels in data management, analysis, and reporting.


- It has a fast and efficient performance in handling large or complex data sets.- It has a robust and secure set of tools and features for various applications.- It has a high compatibility with other software or formats.td>- It is very expensive compared to other software.- It has a complex and verbose syntax that can be difficult to learn and use.- It has a low user-friendliness and interactivity.


These are some of the most common statistical software that you may encounter or use in your academic or professional career. Each of them has its own strengths and weaknesses, and you may need to choose the one that suits your needs, preferences, and budget. You may also need to learn how to use more than one software, as different situations may require different tools or approaches.


Evaluating the pros and cons of different options




To evaluate the pros and cons of different options, you need to consider various factors such as:



  • The purpose and scope of your data analysis. What are the research questions or objectives that you want to address? What are the data sources and types that you want to use? What are the methods or techniques that you want to apply?



  • The features and functionality of the software. What are the tools and features that the software offers for your data analysis? How easy or difficult is it to use them? How reliable or accurate are they? How flexible or customizable are they?



  • The cost and availability of the software. How much does the software cost? Is it affordable or reasonable for your budget? Is it available for your platform or device? Is it compatible with other software or formats?



  • The support and resources of the software. How much support and resources does the software provide for its users? How easy or difficult is it to access them? How helpful or informative are they?



By considering these factors, you can weigh the pros and cons of different options and make an informed decision on which software to use for your data analysis. You can also compare and contrast different options using tables, charts, graphs, etc. to visualize the differences and similarities among them.


Conclusion