class: center, middle, inverse, title-slide .title[ # 3rd Year Workshop ] .subtitle[ ## Backing up your work and data ] .author[ ### Ian McCarthy, Emory University ] .date[ ### Economics PhD Professionalism Workshop ] --- <!-- Adjust some CSS code for font size, maintain R code font size --> <style type="text/css"> .remark-slide-content { font-size: 30px; padding: 1em 2em 1em 2em; } .remark-code, .remark-inline-code { font-size: 20px; } </style> <!-- Set R options for how code chunks are displayed and load packages --> # Backing up How do you back up your work? Lots of ways: 1. External hard drives 2. Cloud services 3. Automatic back up services --- # External hard drives .pull-left[ Pros: - Affordable and fully in your control - Data remain private ] .pull-right[ Cons: - Only backed up at certain intervals - Can be slow - Data are all in the same physical place ] -- Crashes will inevitably happen between backups --- # Cloud services Lots of cloud services like DropBox, Google Drive, OneDrive .pull-left[ Pros: - Works really well and painlessly - Easy to share when needed ] .pull-right[ Cons: - Can get expensive over time - Can't backup private or restricted data ] --- # Offsite hard drives Just build your own network! .pull-left[ Pros: - Data stays with you - Backup in real-time - Redundancies built-in to network configuration ] .pull-right[ Cons: - Expensive to buy - Harder to setup ] --- # My backup system - Synology 4-bay NAS DiskStation - "Synology Drive" to sync files across locations - Synology Hybrid RAID (because I'm not a network engineer) - Sync with Google Drive for some individual files or folders (bibtex library) --- # My attempted system - Cloud-based system with AWS - PostgreSQL on attached cloud drive - Elastic IP - Access from anywhere on almost any device