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Processing at the Edge:

Why a Platform-Based Approach is Ideal for the Industrial Internet of Things John van der Veen, National Instruments

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Processing at the Edge:

Why a Platform-Based Approach is Ideal

for the Industrial Internet of Things

Goals for today’s session:

• Understand the definition and impact of the IIoT

• Discuss requirements and challenges associated with IIoT systems

• Review example IIoT system & architecture

• Illustrate benefits of a platform-based approach for designing IIoT systems

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Demystifying the IoT

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The Industrial Internet of Things

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Trends in the Industrial Internet of Things

Big Analog Data

Storage

Bandwidth

Security

Synchronization

Bandwidth

System Management

Algorithms

Automated Decisions

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IIoT System Requirements

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Common Requirements of IIoT Systems

Computation

“Thinking”

Processing

Analytics

Decision Making

Connectivity

To IO

To the Enterprise

To the Cloud

To other “Things”

Control

Act, Do

Motors, Drives, Relays, Actuators

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Smart Edge Node Architecture

Data

Connectivity

Physical

World

Infinite

Data

Any Bus

Open Data

Interact Compute Connect

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To

Lo

ca

l Se

rve

r

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To

Lo

ca

l Se

rve

r

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Factory of the Future

Edge P

rocessin

g B

ig A

nalo

g D

ata

Reliability | Latency | Security | Upgradeability

Enhanced Requirements for the IIoT

Smart

Tool

Smart

Instrumentation

Smart

Measurement

Industrial

Robot

Mobile

Manipulation

Smart

Inspection

Smart

Communications

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IIoT System Example

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Smart

Tools

Industrial

Robots Smart

Inspection

Mobile

Manipulator

Intelligent

Communication

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Things

Factory of the Future: Factory-Wide Online Monitoring and Control End-to-End Industrial IoT Solution

Sensors/Actuators Data Acquisition and

Control Systems IT Infrastructure

System on Module

Torque Sensor

Motor Drives

Single-Board RIO

Wired or

Wireless

Smart Tools Plant Node

Server LabVIEW

on PC

Network & PLM

RGB Camera

RFID

Switches

RFID

CompactRIO Manipulator RFID

Motor Drives

PWM

Smart Glasses Th

e

Ed

ge

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400,000+ Hole Locations

1,000+ Tightening Tools

Increase Quality Assurance

Airbus Factory of the Future

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Platform-based approach to Factory of the Future

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IP and Algorithm Library NI Hardware

CompactRIO PXI Filter SOM Vision sbRIO Motion

Airbus Technology Store

Input/Output

Airbus Technology Store

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So How Do We Meet These Requirements

And Overcome These Challenges?

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Platform-Based Approach

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Single Design Environment Manage and organize all system

resources, including I/O and deployment targets

Code Portability Access to latest technologies

with minimal code refactoring

Built-In Engineering IP Over 900 control and analysis libraries designed for engineering and science

Tools Network & Community Leverage the partner ecosystem

of more than 175 add-on products

Systems Management Includes multiple system management clients and an API for extensibility

Code Reuse Reuse existing libraries, .m files, HDL and state-based simulation

Language Support Augment with existing C/C++ development expertise and code

Deployment Targets Deploy LabVIEW code to HMIs,

RT processors, and FPGA targets

LabVIEW System Design Software

Accelerates Your Success By abstracting low-level complexity and integrating all of the tools you need to build any measurement or control system

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The LabVIEW RIO Architecture: The Foundation for Innovation in the IIoT

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Innovate with a Platform for the IIoT • Eliminate the need to start from scratch

• Satisfy the computation, connectivity, and control requirements for Industrial IoT applications

• Meet changing requirements over time with flexible, scalable, and field-programmable products

• Choose from a variety of high-quality form factors, price points, and performance options

• Leverage a consistent software environment for

• Programming every element of the system

• Simulating, modeling, prototyping, development, and deployment

• Performing edge and end-to-end analytics

• Integrate with existing systems

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You are welcome @ our stand!

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