1. TRD 1: NMRbox Development
Presentations:
Introduction Mark Maciejewski (TRD 1 Co-Leader)
Demo Mark Maciejewski (TRD 1 Co-Leader)
Demo Irina Bezsonova (DBP 2 Investigator)
Challenges Adam Schuyler (TRD 1 Co-Leader)

2. Specific Aims Aim 1. NMRbox VM Development
Aim 2. NMRbox VM Distribution
Virtual Machine (VM)

3. What is a virtual machine (VM)?
A VM is a software-based emulation of a guest computer backed by the physical resources of a host computer.
Host physical computer
Guest virtualized computer running on the host
Hypervisor software that handles host – guest communications
NMRbox will deliver a near zero-configuration Linux operating system provisioned with NMR software that runs on any modern computer or network connected device.

4. Workflow: Build VM Base VM Provision Unit Test Distribute
Version Control

5. Standalone VM host computer hypervisor NMRbox (guest) shared folder
OS / NMR software
user accounts

6. Server Based SaaS VM VM server NMRbox File Server
VM servers located at UCHC
Authentication
Server
VM server
Remote Users
NMRbox
OS / NMR software
user data
File Server
user
data

7. VM Requirements Standalone VM Server based SaaS VM
64-bit hardware (Windows, OSX, Linux,…)
any modern laptop and desktop
Server based SaaS VM
ssh or vnc (Windows, OSX, Linux, tablet, phone, 32-bit hardware, …)
Network connection

8. Demo: Getting Started with NMRbox
Standalone VM
Download NMRbox Launch hypervisor software
Import NMRbox
Modify virtual hardware settings
Boot NMRbox
Server based SaaS VM
Login via ssh
Run NMR software
Start vnc server
Connect to vnc server

9. Impact NMRbox VM zero-configuration / homogeneous
Access standalone and server based SaaS
Cost Benefit hardware / personnel
Lab Integration incorporate into current lab workflows
Persistence NMRbox VM’s are archived
Reproducibility NMRbox is platform for TRD2

10. intro to Irina demo Her needs minimal resources setting up new lab
avoid learning curve