Die Zeitreihe identifizieren

Willkommen zu diesem Übungskurs zur Manipulation von Zeitreihendaten mit xts & zoo! Dieser Kurs ist dafür gedacht, die in R verfügbaren Zeitreihen-Tools zu wiederholen. Wie bei den meisten Aspekten der Datenanalyse besteht ein großer Teil der Zeitreihenarbeit aus Datenbereinigung und -manipulation. Dieser Kurs baut direkt auf den Kernkonzepten aus dem einführenden xts-&-zoo-Kurs von DataCamp auf.

Bevor es weitergeht, wiederholen wir einige Grundlagen von Zeitreihendaten.

Welche der folgenden Informationssätze eignen sich für die Manipulation von Zeitreihendaten?

Diese Übung ist Teil des Kurses

<Kurs>Fallstudie: Zeitreihendaten von Städten in R analysieren</Kurs>

Interaktive praktische Übung

Verwandle Theorie mit einer unserer interaktiven Übungen in die Praxis

Diese Übung ist Teil des Kurses

<Kurs>Fallstudie: Zeitreihendaten von Städten in R analysieren</Kurs>

Mittlere SchwierigkeitSchwierigkeitsgrad

4.8+

Kurs kostenlos starten

You've been hired to understand the travel needs of tourists visiting the Boston area. As your first assignment on the job, you'll practice the skills you've learned for time series data manipulation in R by exploring data on flights arriving at Boston's Logan International Airport (BOS) using xts & zoo.

Exercise 1: xts-Grundlagen wiederholen Exercise 2: Die Zeitreihe identifizieren

Aktuelle Übung

Exercise 3: Flugdaten Exercise 4: Wähle das xts-Objekt aus Exercise 5: Deine Flugdaten encodieren Exercise 6: Daten manipulieren und visualisieren Exercise 7: Deine Flugdaten erkunden Exercise 8: Flugdaten visualisieren Exercise 9: Zeitreihentrends berechnen Exercise 10: xts-Objekte speichern und exportieren Exercise 11: Flugtrends beurteilen Exercise 12: Zeit sparen – I Exercise 13: Zeit sparen – II

In this chapter, you'll expand your time series data library to include weather data in the Boston area. Before you can conduct any analysis, you'll need to do some data manipulation, including merging multiple xts objects and isolating certain periods of the data. It's a great opportunity for more practice!

Exercise 1: Merging time series data by row Exercise 2: Exploring temperature data Exercise 3: Next steps - I Exercise 4: Merging using rbind()Exercise 5: Visualizing Boston winters Exercise 6: Merging time series data by column Exercise 7: Subsetting and adjusting periodicity Exercise 8: Generating a monthly average Exercise 9: Using merge() and plotting over time Exercise 10: Are flight delays related to temperature?Exercise 11: Time series data workflow Exercise 12: Next steps - II Exercise 13: Expanding your data Exercise 14: Are flight delays related to visibility or wind?

Now it's time to go further afield. In addition to flight delays, your client is interested in how Boston's tourism industry is affected by economic trends. You'll need to manipulate some time series data on economic indicators, including GDP per capita and unemployment in the United States in general and Massachusetts (MA) in particular.

Exercise 1: Handling missingness Exercise 2: Exploring economic data Exercise 3: Replace missing data - I Exercise 4: Replace missing data - II Exercise 5: Estimating missing GDP Exercise 6: Lagging and differencing Exercise 7: Exploring unemployment data Exercise 8: Lagging unemployment Exercise 9: Differencing unemployment Exercise 10: Rolling functions Exercise 11: Add a discrete rolling sum to GDP data Exercise 12: Add a continuous rolling average to unemployment data Exercise 13: Manipulating MA unemployment data

Having exhausted other options, your client now believes Boston's tourism industry must be related to the success of local sports teams. In your final task on this project, your supervisor has asked you to assemble some time series data on Boston's sports teams over the past few years.

Exercise 1: Advanced features of xts Exercise 2: Encoding and plotting Red Sox data Exercise 3: Calculate a closing average Exercise 4: Calculate and plot a seasonal average Exercise 5: Calculate and plot a rolling average Exercise 6: Indexing commands in xts Exercise 7: Extract weekend games Exercise 8: Calculate a rolling average across all sports Exercise 9: Viewing sports trends Exercise 10: Congratulations