You begin every statistical analysis by identifying the source of the data.
Among the important sources of data are published sources, experiments,
and surveys.
This document discusses different types of statistics used in research. Descriptive statistics are used to organize and summarize data using tables, graphs, and measures. Inferential statistics allow inferences about populations based on samples through techniques like surveys and polls. The key difference is that descriptive statistics describe samples while inferential statistics allow conclusions about populations beyond the current data.
This document discusses research methodology and sampling. It describes different types of sampling methods like simple random sampling, systematic random sampling, stratified random sampling, and cluster random sampling. For each method, it provides details on how they work, their advantages and disadvantages. The key points made are that sampling allows researchers to gather data in a more efficient, lower cost way while still gaining insights about large populations. It ensures representation and generalizability if done correctly through random selection. The document serves as a guide to different sampling techniques used in research.
Multivariate Data analysis Workshop at UC Davis 2012Dmitry Grapov
Introductory Workshop for Multivariate Data Analysis and Visualization
Dmitry Grapov1,2,3*, John W Newman1,2
1 Nutrition, University of California Davis, Davis, CA,
2 USDA/ARS Western Human Nutrition Research Center, Davis, CA
3 Designated Emphasis in Biotechnology, University of California Davis, Davis, CA,
Next generation “omics” tools are harbingers of the golden age of biology. Biologists are on the cusp of breaking through the veil of complexity surrounding the emergent properties of complex biological systems. However these same rapid technological advances are also transforming the study of biology into a data intensive science. The ever growing gap between data and theory necessitates that biologists become familiar with multivariate computational and visualization methods in order to fully understand their experimental results.
We are offering a summer workshop covering introductory concepts and applications of multivariate data analysis (MDA) and visualization techniques. Join us for a week to familiarize yourself with concepts in MDA covering topics in: multiple hypothesis testing, exploratory projection pursuits, multivariate classification and regression modeling, networks and machine learning. Get experience with MDA through hands-on analyses of real-world data using freely available tools. Learn how to make the most of your time and experimental results by quickly understanding your data’s complexity, main features and inter-relationships.
How to establish and evaluate clinical prediction models - StatsworkStats Statswork
A clinical prediction model can be used in various clinical contexts, including screening for asymptomatic illness, forecasting future events such as disease, and assisting doctors in their decision-making and health education. Despite the positive effects of clinical prediction models on practice, prediction modelling is a difficult process that necessitates meticulous statistical analysis and sound clinical judgments. Statswork offers statistical services as per the requirements of the customers. When you Order statistical Services at Statswork, we promise you the following always on Time, outstanding customer support, and High-quality Subject Matter Experts.
Read More With Us: https://bit.ly/3dxn32c
Why Statswork?
Plagiarism Free | Unlimited Support | Prompt Turnaround Times | Subject Matter Expertise | Experienced Bio-statisticians & Statisticians | Statistics across Methodologies | Wide Range of Tools & Technologies Supports | Tutoring Services | 24/7 Email Support | Recommended by Universities
Contact Us:
Website: www.statswork.com
Email: info@statswork.com
United Kingdom: 44-1143520021
India: 91-4448137070
WhatsApp: 91-8754446690
1) The document discusses high throughput data analysis techniques including microarrays and next generation sequencing. It provides an overview of microarray experiments, data structure, and analysis methods such as clustering, classification, and gene selection.
2) Specific applications discussed include using penalized logistic regression to classify malaria subtypes and discovering subtype-specific transcripts in breast cancer subtypes from RNA-seq data.
3) The document emphasizes that statistics and bioinformatics play important roles in developing personalized medicine and that big data in healthcare provides many opportunities for new discoveries.
This document provides the table of contents for a book titled "Methods of Multivariate Analysis". The book covers various topics in multivariate analysis including matrix algebra, characterizing and displaying multivariate data, the multivariate normal distribution, tests on mean vectors and covariance matrices, multivariate analysis of variance, discriminant analysis, classification analysis, multivariate regression, canonical correlation analysis, principal component analysis, exploratory and confirmatory factor analysis, and cluster analysis. Each chapter provides an introduction to the topic, relevant methods, and example problems.
Controlled Experiments for Decision-Making in e-Commerce SearchAnjan Goswami
This document discusses guidelines for conducting controlled experiments for feature development in e-commerce search. It emphasizes the importance of understanding potential biases, choosing appropriate metrics, designing valid hypothesis tests, and properly interpreting results. Specifically, it recommends understanding how visit-level, query-level, and item-level factors can bias experiments. It also provides examples of common metrics, hypothesis tests, and best practices for visualizing and communicating experimental findings to avoid misleading conclusions. The overarching goal is to design experiments that produce unbiased and statistically valid comparisons between variations that can reliably inform product decisions.
A sample design is a plan for selecting a sample from a population that considers factors like the type of population, sampling unit, sample size, parameters of interest, and budget. There are two types of sampling designs: probability sampling, where every item has an equal chance of selection, and non-probability sampling, which does not assign selection probabilities. Probability sampling methods include systematic, stratified, multi-stage, and cluster sampling.
This document discusses different types of statistics used in research. Descriptive statistics are used to organize and summarize data using tables, graphs, and measures. Inferential statistics allow inferences about populations based on samples through techniques like surveys and polls. The key difference is that descriptive statistics describe samples while inferential statistics allow conclusions about populations beyond the current data.
This document discusses research methodology and sampling. It describes different types of sampling methods like simple random sampling, systematic random sampling, stratified random sampling, and cluster random sampling. For each method, it provides details on how they work, their advantages and disadvantages. The key points made are that sampling allows researchers to gather data in a more efficient, lower cost way while still gaining insights about large populations. It ensures representation and generalizability if done correctly through random selection. The document serves as a guide to different sampling techniques used in research.
Multivariate Data analysis Workshop at UC Davis 2012Dmitry Grapov
Introductory Workshop for Multivariate Data Analysis and Visualization
Dmitry Grapov1,2,3*, John W Newman1,2
1 Nutrition, University of California Davis, Davis, CA,
2 USDA/ARS Western Human Nutrition Research Center, Davis, CA
3 Designated Emphasis in Biotechnology, University of California Davis, Davis, CA,
Next generation “omics” tools are harbingers of the golden age of biology. Biologists are on the cusp of breaking through the veil of complexity surrounding the emergent properties of complex biological systems. However these same rapid technological advances are also transforming the study of biology into a data intensive science. The ever growing gap between data and theory necessitates that biologists become familiar with multivariate computational and visualization methods in order to fully understand their experimental results.
We are offering a summer workshop covering introductory concepts and applications of multivariate data analysis (MDA) and visualization techniques. Join us for a week to familiarize yourself with concepts in MDA covering topics in: multiple hypothesis testing, exploratory projection pursuits, multivariate classification and regression modeling, networks and machine learning. Get experience with MDA through hands-on analyses of real-world data using freely available tools. Learn how to make the most of your time and experimental results by quickly understanding your data’s complexity, main features and inter-relationships.
How to establish and evaluate clinical prediction models - StatsworkStats Statswork
A clinical prediction model can be used in various clinical contexts, including screening for asymptomatic illness, forecasting future events such as disease, and assisting doctors in their decision-making and health education. Despite the positive effects of clinical prediction models on practice, prediction modelling is a difficult process that necessitates meticulous statistical analysis and sound clinical judgments. Statswork offers statistical services as per the requirements of the customers. When you Order statistical Services at Statswork, we promise you the following always on Time, outstanding customer support, and High-quality Subject Matter Experts.
Read More With Us: https://bit.ly/3dxn32c
Why Statswork?
Plagiarism Free | Unlimited Support | Prompt Turnaround Times | Subject Matter Expertise | Experienced Bio-statisticians & Statisticians | Statistics across Methodologies | Wide Range of Tools & Technologies Supports | Tutoring Services | 24/7 Email Support | Recommended by Universities
Contact Us:
Website: www.statswork.com
Email: info@statswork.com
United Kingdom: 44-1143520021
India: 91-4448137070
WhatsApp: 91-8754446690
1) The document discusses high throughput data analysis techniques including microarrays and next generation sequencing. It provides an overview of microarray experiments, data structure, and analysis methods such as clustering, classification, and gene selection.
2) Specific applications discussed include using penalized logistic regression to classify malaria subtypes and discovering subtype-specific transcripts in breast cancer subtypes from RNA-seq data.
3) The document emphasizes that statistics and bioinformatics play important roles in developing personalized medicine and that big data in healthcare provides many opportunities for new discoveries.
This document provides the table of contents for a book titled "Methods of Multivariate Analysis". The book covers various topics in multivariate analysis including matrix algebra, characterizing and displaying multivariate data, the multivariate normal distribution, tests on mean vectors and covariance matrices, multivariate analysis of variance, discriminant analysis, classification analysis, multivariate regression, canonical correlation analysis, principal component analysis, exploratory and confirmatory factor analysis, and cluster analysis. Each chapter provides an introduction to the topic, relevant methods, and example problems.
Controlled Experiments for Decision-Making in e-Commerce SearchAnjan Goswami
This document discusses guidelines for conducting controlled experiments for feature development in e-commerce search. It emphasizes the importance of understanding potential biases, choosing appropriate metrics, designing valid hypothesis tests, and properly interpreting results. Specifically, it recommends understanding how visit-level, query-level, and item-level factors can bias experiments. It also provides examples of common metrics, hypothesis tests, and best practices for visualizing and communicating experimental findings to avoid misleading conclusions. The overarching goal is to design experiments that produce unbiased and statistically valid comparisons between variations that can reliably inform product decisions.
A sample design is a plan for selecting a sample from a population that considers factors like the type of population, sampling unit, sample size, parameters of interest, and budget. There are two types of sampling designs: probability sampling, where every item has an equal chance of selection, and non-probability sampling, which does not assign selection probabilities. Probability sampling methods include systematic, stratified, multi-stage, and cluster sampling.
This document provides an overview of how to think like a statistician when conducting statistical analyses. It discusses key concepts like dependent and independent variables, data structure, and whether analyses should be parametric or non-parametric. The document recommends considering the variable types, data structure, and interactions between variables when choosing a statistical model. It promotes developing a statistician's intuition through repetition of basics and introduces two apps, Moorestat Mobile and Moorestat Pro Web, that provide solutions to help internalize the statistical thinking process.
The field of statistics is the study of learning from data. Statistical learning causes you to utilize the best possible strategies to gather the information, utilize the right investigations, and adequately present the outcomes
Introduction to prediction modelling - Berlin 2018 - Part IIMaarten van Smeden
This document summarizes the key steps in building a risk prediction model:
1. Conduct research design and data collection, typically using a prospective cohort study.
2. Choose statistical model, outcome, and candidate predictors based on clinical knowledge.
3. Perform initial data analysis including descriptive statistics and assessing predictors.
4. Specify and estimate the prediction model, addressing issues like handling continuous predictors and missing data.
5. Evaluate the model's performance using measures like discrimination and calibration and perform internal validation to account for overoptimism.
6. Present the final model following reporting guidelines like TRIPOD.
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This document discusses different types of errors that can occur in survey research. It presents a tree diagram showing total survey error divided into random sampling error and non-sampling error. Non-sampling error, also called systematic error, results from flaws in research design, implementation, or data processing. It is further divided into respondent error and administrative error. Respondent error includes non-response error and response bias. Response bias can take the form of acquiescence bias, extremity bias, interviewer bias, auspices bias, and social desirability bias. Administrative error stems from mistakes made in tasks like data processing, sample selection, and interviewing.
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Prediction, Big Data, and AI: Steyerberg, Basel Nov 1, 2019Ewout Steyerberg
Title"Clinical prediction models in the age of artificial intelligence and big data", presented at the Basel Biometrics Society seminar Nov 1, 2019, Basel, by Ewout Steyerberg, with substantial inout from Maarten van Smeden and Ben van Calster
10 everyday reasons why statistics are importantJason Edington
Statistics is used in many fields to analyze data and make predictions. It helps separate signals from noise. Examples given where statistics is used include stock markets, quality assurance, retail, insurance, political campaigns, genetic engineering, medical studies, weather forecasting, and emergency preparedness. The document emphasizes that an important reason to study statistics is to be better consumers of information and understand when data may be manipulated.
This document discusses key concepts in statistical and critical thinking. It defines important statistical terms like population, sample, data, parameters and statistics. It explains how to analyze sampling data by considering the context, source and sampling methods. It also distinguishes between statistical significance, which indicates unlikely results, and practical significance, which considers if findings make an meaningful difference. The document provides examples of how to identify populations and samples, and outlines the steps of preparing, analyzing and concluding when doing statistics. It discusses issues with voluntary response samples and concludes with an example comparing statistical and practical significance.
This document discusses the use of artificial intelligence in drug discovery and development. It begins by defining artificial intelligence, machine learning, and deep learning. It then provides examples of how AI is currently used in various stages of the drug development process, including identifying molecular targets, finding hit compounds, optimizing lead compounds, predicting toxicity, and drug repurposing. It also discusses startups applying AI to drug discovery. Finally, it notes some limitations and drawbacks of using AI, such as potential bias in algorithms.
Forecasting Elections from Voters’ Perceptions agraefe
This document summarizes a talk on developing an index model to forecast US presidential elections based on voters' perceptions of how candidates would handle different issues. It describes the limitations of existing regression models and advantages of the index method. An issue-index model was created that correctly predicted the winner in 9 of the last 10 elections. The model outperformed established econometric models in out-of-sample forecasts. Further improvements in accuracy are expected using index methods for other applications like predicting outcomes based on candidate personalities or policy positions.
Automation Extraction of Side Effect Information from Consumer drug reviewsSunil Paudel
The project was about the text mining and information extraction from the social media. The objectives were to develop an information extraction method to extract the side effect information of the psychotropic drugs from the social media (www.webmd.com) and to compare these extracted side effects with the ones listed in www.fda.gov.
Css Founder is Website Designing Company working with the mission of Website For Everyone Website Start From 999/-* More Packages are available. we are best company in website designing company in Delhi, as we are also working in Website Designing company in Mumbai.
The science of statistics deals with the collection, analysis, interpretation, and presentation of data. We see and use data in our everyday lives. The measure of whether the results of research were due to chance. The more statistical significance assigned to an observation, the less likely the observation occurred by chance.
- The document discusses sample size considerations for biomarker discovery and validation studies, noting that at least 250 samples are needed even for testing a few biomarkers, and larger sample sizes of 500-1,000 are needed for testing more biomarkers or with lower disease prevalence.
- Simulations showed high risks of false positive results from random data when sample sizes were under 250, prevalence was below 12%, or more than 25 biomarkers were analyzed.
- Key factors influencing the likelihood of random positive results are the number of patients, prevalence of the disease, and number of biomarkers investigated. Larger patient cohorts, higher prevalence, and analyzing fewer biomarkers reduce the risks of false discoveries.
Sample size for binary logistic prediction models: Beyond events per variable...Maarten van Smeden
The document discusses using a new sample size criterion called root Mean Squared Prediction Error (rMSPE) for binary logistic prediction models. The author conducted a large simulation study with over 20 million runs to evaluate rMSPE under different conditions. A meta-model was able to accurately predict rMSPE based on sample size, number of events, and number of predictors. The simulation results suggest the traditional 10 events per variable rule can produce inaccurate probability estimates, and the new rMSPE criterion may provide a better way to determine appropriate sample sizes accounting for probability prediction error.
This chapter discusses three approaches to research on instructional effectiveness: what works, when does it work, and how does it work. It also discusses criteria for selecting good experimental comparisons, including experimental control, random assignment, and appropriate measures. The chapter addresses how to interpret findings of no effect from experimental comparisons, and how to interpret research statistics in terms of statistical and practical significance. Finally, it provides guidance on how to identify relevant research, focusing on similarity of learners, experimental research design, replication of results, measures of application, and consideration of practical significance.
Candlestick patterns provide technical analysis of stock prices through candlestick charts that show opening, closing, high, and low prices for a period of time. Certain candlestick patterns like the hammer, hanging man, doji, and engulfing patterns can indicate reversals or continuations in the market trend. Traders use candlestick pattern recognition to potentially identify trading opportunities.
This document provides an overview of how to think like a statistician when conducting statistical analyses. It discusses key concepts like dependent and independent variables, data structure, and whether analyses should be parametric or non-parametric. The document recommends considering the variable types, data structure, and interactions between variables when choosing a statistical model. It promotes developing a statistician's intuition through repetition of basics and introduces two apps, Moorestat Mobile and Moorestat Pro Web, that provide solutions to help internalize the statistical thinking process.
The field of statistics is the study of learning from data. Statistical learning causes you to utilize the best possible strategies to gather the information, utilize the right investigations, and adequately present the outcomes
Introduction to prediction modelling - Berlin 2018 - Part IIMaarten van Smeden
This document summarizes the key steps in building a risk prediction model:
1. Conduct research design and data collection, typically using a prospective cohort study.
2. Choose statistical model, outcome, and candidate predictors based on clinical knowledge.
3. Perform initial data analysis including descriptive statistics and assessing predictors.
4. Specify and estimate the prediction model, addressing issues like handling continuous predictors and missing data.
5. Evaluate the model's performance using measures like discrimination and calibration and perform internal validation to account for overoptimism.
6. Present the final model following reporting guidelines like TRIPOD.
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This document discusses different types of errors that can occur in survey research. It presents a tree diagram showing total survey error divided into random sampling error and non-sampling error. Non-sampling error, also called systematic error, results from flaws in research design, implementation, or data processing. It is further divided into respondent error and administrative error. Respondent error includes non-response error and response bias. Response bias can take the form of acquiescence bias, extremity bias, interviewer bias, auspices bias, and social desirability bias. Administrative error stems from mistakes made in tasks like data processing, sample selection, and interviewing.
mat 300,strayer mat 300,mat 300 entire course new,mat 300 discussion questions,strayer mat 300 week 1,strayer mat 300 week 2,strayer mat 300 week 3,strayer mat 300 week 4,strayer mat 300 week 5,mat 300 case study,mat 300 discussion correlation and regression,mat 300 graphical representations,strayer mat 300 tutorials,strayer mat 300 assignments,mat 300 help
Prediction, Big Data, and AI: Steyerberg, Basel Nov 1, 2019Ewout Steyerberg
Title"Clinical prediction models in the age of artificial intelligence and big data", presented at the Basel Biometrics Society seminar Nov 1, 2019, Basel, by Ewout Steyerberg, with substantial inout from Maarten van Smeden and Ben van Calster
10 everyday reasons why statistics are importantJason Edington
Statistics is used in many fields to analyze data and make predictions. It helps separate signals from noise. Examples given where statistics is used include stock markets, quality assurance, retail, insurance, political campaigns, genetic engineering, medical studies, weather forecasting, and emergency preparedness. The document emphasizes that an important reason to study statistics is to be better consumers of information and understand when data may be manipulated.
This document discusses key concepts in statistical and critical thinking. It defines important statistical terms like population, sample, data, parameters and statistics. It explains how to analyze sampling data by considering the context, source and sampling methods. It also distinguishes between statistical significance, which indicates unlikely results, and practical significance, which considers if findings make an meaningful difference. The document provides examples of how to identify populations and samples, and outlines the steps of preparing, analyzing and concluding when doing statistics. It discusses issues with voluntary response samples and concludes with an example comparing statistical and practical significance.
This document discusses the use of artificial intelligence in drug discovery and development. It begins by defining artificial intelligence, machine learning, and deep learning. It then provides examples of how AI is currently used in various stages of the drug development process, including identifying molecular targets, finding hit compounds, optimizing lead compounds, predicting toxicity, and drug repurposing. It also discusses startups applying AI to drug discovery. Finally, it notes some limitations and drawbacks of using AI, such as potential bias in algorithms.
Forecasting Elections from Voters’ Perceptions agraefe
This document summarizes a talk on developing an index model to forecast US presidential elections based on voters' perceptions of how candidates would handle different issues. It describes the limitations of existing regression models and advantages of the index method. An issue-index model was created that correctly predicted the winner in 9 of the last 10 elections. The model outperformed established econometric models in out-of-sample forecasts. Further improvements in accuracy are expected using index methods for other applications like predicting outcomes based on candidate personalities or policy positions.
Automation Extraction of Side Effect Information from Consumer drug reviewsSunil Paudel
The project was about the text mining and information extraction from the social media. The objectives were to develop an information extraction method to extract the side effect information of the psychotropic drugs from the social media (www.webmd.com) and to compare these extracted side effects with the ones listed in www.fda.gov.
Css Founder is Website Designing Company working with the mission of Website For Everyone Website Start From 999/-* More Packages are available. we are best company in website designing company in Delhi, as we are also working in Website Designing company in Mumbai.
The science of statistics deals with the collection, analysis, interpretation, and presentation of data. We see and use data in our everyday lives. The measure of whether the results of research were due to chance. The more statistical significance assigned to an observation, the less likely the observation occurred by chance.
- The document discusses sample size considerations for biomarker discovery and validation studies, noting that at least 250 samples are needed even for testing a few biomarkers, and larger sample sizes of 500-1,000 are needed for testing more biomarkers or with lower disease prevalence.
- Simulations showed high risks of false positive results from random data when sample sizes were under 250, prevalence was below 12%, or more than 25 biomarkers were analyzed.
- Key factors influencing the likelihood of random positive results are the number of patients, prevalence of the disease, and number of biomarkers investigated. Larger patient cohorts, higher prevalence, and analyzing fewer biomarkers reduce the risks of false discoveries.
Sample size for binary logistic prediction models: Beyond events per variable...Maarten van Smeden
The document discusses using a new sample size criterion called root Mean Squared Prediction Error (rMSPE) for binary logistic prediction models. The author conducted a large simulation study with over 20 million runs to evaluate rMSPE under different conditions. A meta-model was able to accurately predict rMSPE based on sample size, number of events, and number of predictors. The simulation results suggest the traditional 10 events per variable rule can produce inaccurate probability estimates, and the new rMSPE criterion may provide a better way to determine appropriate sample sizes accounting for probability prediction error.
This chapter discusses three approaches to research on instructional effectiveness: what works, when does it work, and how does it work. It also discusses criteria for selecting good experimental comparisons, including experimental control, random assignment, and appropriate measures. The chapter addresses how to interpret findings of no effect from experimental comparisons, and how to interpret research statistics in terms of statistical and practical significance. Finally, it provides guidance on how to identify relevant research, focusing on similarity of learners, experimental research design, replication of results, measures of application, and consideration of practical significance.
Candlestick patterns provide technical analysis of stock prices through candlestick charts that show opening, closing, high, and low prices for a period of time. Certain candlestick patterns like the hammer, hanging man, doji, and engulfing patterns can indicate reversals or continuations in the market trend. Traders use candlestick pattern recognition to potentially identify trading opportunities.
שיווק מעמיק ברשת הינו שיווק שאנשים אוהבים, מכיוון והוא מגיע לאנשים הנכונים, עם התכנים המתאימים ביותר, בזמן המתאים ביותר ובאמצעות ערוצי השיווק המתאימים על פי המיקום במחזור החיים של הלקוח.
השיווק המעמיק מאפשר לנו לפתח את העסק שלנו ולהרחיב את השווקים שלנו בצורה יעילה ובעלויות נמוכות.
Как отзывы влияют на решение о покупке потенциального клиента? Может ли пиарщик как-то повлиять на это? Что входит в понятие репутации бренда и как с этим работать?
A music video is an art form that allows for creative opportunities according to media theorist P. Fraser. Music videos typically feature the artist to promote them through music channels and the internet. They usually have conventions that identify them as music videos and are visually memorable to encourage repeated viewing.
Theorist A. Goodwin stated that music videos are fundamentally a promotional tool for new artist releases. This led to increased popularity of MTV in the 1980s as a channel for music videos. Goodwin's theory outlined six main conventions of music videos including relating the visuals to lyrics, selling the artist through close-ups, and voyeurism of the artist's everyday life.
The group visited The Tech Museum in San Jose, California where they watched an IMAX movie about natural disasters, explored an exhibit on Islamic contributions to math and science, experienced an earthquake simulation, practiced being astronauts, tested their strength, worked cooperatively to make art, and had a great time. They thanked the museum for an awesome trip.
This document provides information about Super Power Investment India Limited, an organization that invests money in forex trading, land, and other assets to generate high returns for investors. It discusses network marketing as a large global industry that allows people to achieve goals quickly through a powerful concept without much effort. The document also provides an overview of the biggest online markets - forex, commodities, and shares/equities. It focuses on forex trading, explaining what currencies are traded, how trading works, examples of profits from trades, and the power of earning 1% daily returns through compounding over time. New traders are advised that training is Rs.5540 and documents like pan card, bank statement, residence proof, photo, and
The Average Directional Index (ADX) is a technical analysis indicator that describes whether a market is trending or in a range. The ADX fluctuates between 0 and 100 and readings above 40 indicate a strong trend, while readings below 20 suggest a weak trend. The direction of the ADX does not depend on the direction of the underlying asset and instead shows the strength of the trend, with an increasing ADX signifying a strong upward or downward trend. The main purpose of the ADX is to help traders determine if a market is trending or in a range to guide which other indicators may be most useful.
How effective is the combination of my main products and ancillary tasks? altopowder
The document discusses how branding and maintaining a consistent brand image across multiple media products is important for success. It analyzes how the album artwork, music video, and advertisements for a band use similar visual styles, photography, fonts, and references to strengthen the brand identity and make the products easily recognizable as being part of the same genre. Maintaining consistency across the ancillary tasks helps the audience instantly recognize them as part of a cohesive brand that can be trusted.
sampling is a great technique for conducting market research. students having interest in research will be beneficial from the sampling techniques des cribe here
Data analysis involves inspecting, cleansing, transforming, and modeling data to enhance productivity and business growth. It refers to techniques used to analyze data to derive insights, generate reports, perform market analysis, and improve business strategies. Common data analysis tools include Tableau, Power BI, R, Python, and Apache Spark. Decision science uses quantitative techniques like decision analysis, risk analysis, and simulation modeling to inform decision-making. It is part of fields like operations research, microeconomics, and computer science.
This document discusses sampling methods and their key aspects. It defines sampling as selecting a subset of individuals from a population to make inferences about the whole population. Probability sampling methods aim to give all population elements an equal chance of selection, while non-probability methods do not. Some common probability methods described include simple random sampling, systematic sampling, and stratified sampling. The document also discusses sampling frames, statistics versus parameters, confidence levels, and evaluating different sampling techniques.
Sampling Design in Applied Marketing ResearchKelly Page
This document discusses key concepts in sampling design, including:
1. It defines key terms like population, sample, sampling frame, sampling error, and non-sampling error.
2. It outlines the steps in developing a sampling plan, including defining the population, choosing a data collection method, identifying the sampling frame, selecting a sampling method, determining sample size, and developing operational procedures.
3. It describes different sampling methods like probability and non-probability sampling, and provides examples of methods like simple random sampling, systematic sampling, and stratified sampling under probability sampling.
Data analysis involves inspecting, cleansing, transforming, and modeling data to draw conclusions and make predictions that inform decision-making. It includes gathering hidden insights from data, generating reports, and performing market analysis to improve business strategies. Data analytics builds on data analysis by including additional processes like data science and engineering. It allows businesses to gain hidden patterns from customer behavior for more informed decisions, effective marketing, efficient operations, and cost cutting.
The document discusses quantitative research methods. It defines quantitative research as collecting quantifiable data using methods like surveys and statistical analysis. It provides examples of quantitative research like customer satisfaction surveys. The document outlines different types of quantitative research techniques including survey research, correlational research, causal-comparative research, and experimental research. It also discusses data collection methods, analysis techniques, and advantages of quantitative research.
The document discusses different types of sampling designs used in research. It describes probability sampling methods like simple random sampling and systematic sampling which allow every unit in the population to have a chance of being selected. It also covers non-probability sampling which does not assure equal chance of selection. Key factors in sampling like sample size, target population, and parameters of interest are explained.
Sampling - Types, Steps in Sampling process.pdfRKavithamani
Sampling is a technique of selecting individual members or a subset of the population to make statistical inferences from them and estimate the characteristics of the whole population. Different sampling methods are widely used by researchers in market research so that they do not need to research the entire population to collect actionable insights.
SAMPLING PROCEDURE & TECHNIQUES-Nursing Research ReportingTaylor55168
This document discusses different sampling procedures and techniques used in research. It defines key terms like sampling, sample size, and sample design. It also outlines the main types of probability sampling methods including simple random sampling, systematic sampling, stratified sampling, and cluster sampling. The document also covers non-probability sampling techniques such as convenience sampling, purposive sampling, voluntary response sampling, snowball sampling, and quota sampling. Finally, it discusses the main steps in sampling design and reasons why sampling is important for research.
This document discusses survey methodology. It begins by defining what a survey is - a means to gather prompt information from a sample of a population. It notes that surveys are used by governments, businesses, and institutions. The document then discusses sample size and methodology, explaining that samples must be scientifically selected so each person has a chance of selection. It outlines some common survey methods like personal interviews, mail surveys, and telephone interviews. The document also discusses issues like confidentiality, sample representativeness, and ensuring unbiased and consistent results. It provides an example of a large survey conducted in India.
The document discusses sampling and why researchers sample populations. Sampling allows researchers to learn about large groups without studying every member due to limitations of time, cost, and data quality. Probability sampling aims to select a representative sample that allows results to generalize to the target population, while nonprobability sampling does not aim for representativeness. Key considerations in choosing a sampling method include whether the population is sampleable, the need for generalization, and practical constraints.
The document discusses different types of sampling designs used in research, including probability and non-probability sampling. Probability sampling methods aim to give all members of the population an equal chance of being selected and include simple random sampling, systematic sampling, stratified sampling, and cluster sampling. Non-probability sampling methods do not use random selection and include convenience sampling, purposive sampling, and quota sampling. The key factors to consider in sampling design are determining the target population, parameters of interest, sampling frame, appropriate sampling method, and sample size.
Sampling is used when it is not feasible to study the entire population due to constraints of time, money, and resources. There are two main types of sampling - probability sampling and non-probability sampling. Some key sampling techniques include simple random sampling, stratified sampling, cluster sampling, systematic sampling, convenience sampling, and snowball sampling. It is important to select a sampling technique based on the characteristics of the population and research objectives to obtain a representative sample and minimize bias. Sample size depends on required confidence level, acceptable margin of error, and intended analyses.
This document discusses sampling methods used in research. It defines key sampling terms like population, sample, sampling frame, probability and nonprobability samples. It explains why researchers sample instead of studying entire populations. The main types of probability sampling discussed are simple random sampling, systematic sampling, stratified sampling, cluster sampling and multistage sampling. Nonprobability sampling methods like purposive sampling are also briefly covered. The document aims to introduce different sampling techniques and their appropriate uses in research.
This document discusses a course on introduction to data science taught at Amity Institute of Information Technology. It covers topics like statistical inference, populations and samples. Statistical inference allows drawing conclusions about large populations based on analyzing samples. It explains key concepts like how populations refer to the entire group being studied, while samples are subsets of data collected. Different types of populations like finite, infinite, existent and hypothetical are described. The document also discusses probability and non-probability sampling methods for collecting representative data samples.
Research Methods and Statistics.....pptxAllyzzaAzotea
This document discusses probability and non-probability sampling methods used in research. It defines two main types of sampling: probability sampling which uses random selection and allows statistical inferences about a whole group, and non-probability sampling which uses non-random selection based on convenience and makes inferences difficult. It then describes four types of probability sampling (simple random, systematic, stratified, and cluster) and four types of non-probability sampling (convenience, voluntary response, purposive, and snowball). Probability sampling is best for quantitative research seeking to generalize results, while non-probability is used for qualitative or exploratory research with constraints. Researchers should use the sampling method best aligned with their research goals and feasibility.
The document discusses different sampling techniques used in research. It describes probability sampling methods like simple random sampling, systematic sampling, stratified random sampling, and multistage cluster sampling which ensure that each population element has a known chance of selection. It also covers non-probability sampling which uses arbitrary selection. Key advantages of probability sampling include controlling for bias and representing the population, while non-probability sampling has lower costs. Sample size is based on desired precision, population variability, and confidence level.
This document discusses sample design and the t-test. It covers the sample design process which includes defining the population, sample frame, sample size, and sampling procedure. It also discusses probability and non-probability sampling techniques. The document then explains what a t-test is and how it can be used to test for differences between two group means. It covers the assumptions, procedures, hypotheses, and interpretation of t-test results.
This document summarizes the key differences between probability sampling and non-probability (quota) sampling in sample surveys. Probability sampling involves randomly selecting samples so that all units have a known chance of selection, allowing results to be generalized to the population. Quota sampling matches sample quotas to population characteristics but involves subjective judgment, preventing determination of selection probabilities. Probability sampling provides unbiased results and a measure of sampling error, while quota sampling relies on untestable models and cannot estimate precision. While quota sampling may be less costly, probability sampling is preferred by statistical agencies for its objectively verifiable quality.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
CapTechTalks Webinar Slides June 2024 Donovan Wright.pptxCapitolTechU
Slides from a Capitol Technology University webinar held June 20, 2024. The webinar featured Dr. Donovan Wright, presenting on the Department of Defense Digital Transformation.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
3. Published Sources
CONCEPT
Data available in print, electronic, Internet websites.
Primary data, Secondary data.
EXAMPLE
Many U.S. federal agencies are publish primary data in
internet website. Business news sections of daily
newspapers…
Why we need to use?
Possible bias of the publisher and whether the data contain
all the necessary and relevant variables
4. Experiments
CONCEPT
A study that examines the effect on a variable of varying the
value(s) of another variables. A typical experiment contains
both a treatment group and a control group.
EXAMPLE
Pharmaceutical companies use experiments to determine
whether a new drug is effective.
Why we need to use?
Proper experiments are either single-blind or double blind.
5. Surveys
Concept
A process that uses questionnaires or similar means
Example
likely voters, a website instant poll or “question of the
day.”
Why Needed?
open to anyone who wants to participate targeted, specific
group
7. Frame
Concept
all items in the population from which the
sample
Example
Voter registration lists, municipal real
estate records
Why we need to use?
Frames influence the results of an
analysis, and using different frames
8. Sampling
Concept
The process by which members of a population are
selected for a sample
Examples
Choosing every fifth voter who leaves a polling place to
interview
Why we need to use?
Some sampling techniques, such as an “instant poll” found
on a web page, are naturally suspect as such techniques
do not depend on a well-defined frame.
9. Probability Sampling
Concept
A sampling process that considers the chance of
selection of each item.
Examples
the patients selected to fill out a patient-satisfaction
questionnaire
Why we need to use?
You should use probability sampling whenever possible,
because only this type of sampling enables you to apply
inferential statistical methods to the data you collect.
10. Simple Random Sampling
Concept
Every individual or item from a population has the same
chance of selection as every other individual or item.
Examples
Selecting a playing card from a shuffled deck or using a
statistical device, such as a table of random numbers.
Why we need to use?
•where not much information is available about the
population .
•an unbiased surveying technique
12. Sampling with Replacement
Concept
each selected item is returned to the frame
Examples
Selecting items from a fishbowl and returning each item
to it after the selection is made.
Why we need to use?
•the two sample values are independent
•what we get on the first one doesn't affect what we get
on the second
13. Sampling Without Replacement
Concept
each selected item is not returned to the frame from which
it was selected.
Examples
Selecting numbers in state lottery games, selecting cards
Why we need to use?
•the two sample values aren't independent
•this means that what we got on the for the first one
affects what we can get for the second one.