internet of ideas: paper electronics

Internet of Ideas Paper Electronics

If you like it @ninoguarnacci during the talk

Andrea Bosis Nino Guarnacci

Agenda

1. Enterprise Internet of Things Architecture (Cloud IoT)

2. Bring Innovation Into (Green Electronics)

19-03-16 Codemotion Roma Internet-of-Ideas [email protected] andrea [email protected]

mailto:[email protected]


How do I collect data from intelligent devices?Abstract complexity associated with device connectivity Standardize integration of devices with enterprise

Building an IoT application: Key Challenges

How do I analyze IoT Data?Reduce noise and detect business events at real-time Enable historical big-data analysis

How do I integrate IoT data & events with enterprise infrastructure?Make enterprise processes IoT friendly Allow enterprise & mobile applications to control devices




DevicesBusiness

Applications

IOT Cloud Service Features Connect

IoT Cloud ServiceConnect and Control IoT Devices

Device Virtualization

Endpoint Management

High Speed Messaging

Device as a Resource

Flexible Topologies via Gateways & Protocol Adapters

Device Life Cycle

Security, Trusted Devices

Command & Control, Secure, Bi-directional & Reliable

Multiple Client Libraries




DevicesBusiness

Applications

IOT Cloud Service Features Analyze

Condition detection and AlertsEdge Processing

Business Intelligence, Big Data Discovery

Event Analysis,Stream Explorer

Composite events, Contextualization

Message Historian, Time series store

Flexible queries, device metadata and events

Enable rapid development of preventive and predictive analytics

Predictive Analytics

Real-time Processing

Device Stream Management

IoT Cloud Service Business Intelligence Cloud




DevicesBusiness

Applications

IOT Cloud Service Features Integrate

Mobile Cloud Service, Multi-Channel Support

Integration with Sales and Service Cloud

Flexible Connector framework, Message enrichment

Enterprise app integration using ICS

IoT Cloud Service Mobile Cloud Integration Cloud

Unleash the Value Through Optimized Business Processes

Better Customer Experience

Process Automation

Pre-built AppIntegration

EBS Asset Management, ERP Condition based Maintenance, Rental mgmt

Asset tracking & Logistics




Internet of Things Cloud Service

Business Applications

IoT Devices

Manufacturing, Supply Chain, Asset Mgmt

Customer Relationship Mgmt, Sales, Service

Vertical Apps – Utilities, Healthcare, Retail

IoT Service

Connect Analyze Integrate




Connect

1 0 : 0 9MOVE EXERCISE

STAND

➜

➜ ➜ ➜ ➜

HVAC

IoT Cloud Service

CONNECT


1. Register Device 2. Map Device Model 3. Connect Cloud 4. Use standard to Interact



Simple Integration


STAND

➜

➜ ➜ ➜ ➜

HVAC

IoT Cloud Service

CONNECT INTEGRATE


1. Define Endpoint App. 2. Send Data 3. Display Dashboard




STAND

➜

➜ ➜ ➜ ➜

HVAC

IoT Cloud Service

CONNECT ANALYZE INTEGRATE

Analyze


1. Select Sources 2. Define Rules 3. Inspect Events



Complex Events Integration


STAND

➜

➜ ➜ ➜ ➜

HVAC

IoT Cloud Service

CONNECT ANALYZE INTEGRATE


1. Export Pattern Matching 2. Define Application

Endpoint 3. Show Dashboard



Bring Innovation Into

Integration Cloud Service

BI & Big Data Cloud Service

Cloud Services

Mobile Cloud Service

3rd party apps

Industry Vertical Apps

Enterprise Apps

Cloud or On Premise

Manufacturing

Transportation

Service Mgmt

Asset Mgmt

Gateway s/wIndirectly connected Devices

Directly connected device

Devices & Gateways

Firewall

IoT Cloud Service



Endpoint Management

IoT Cloud Service



Endpoint Management

Enterprise Connectivity

REST APIs

Control

Stream Processing

Event Store

Data Enrichment


Ideas & Materials



Andrea

Sviluppo storico:

➢ anni ‘60: Peter Brody transistor a film sottile

➢ oggi:green electronics

Elettronica su carta

•versatilità•riciclabilità•basso costo

Codemotion Roma Internet-of-Ideas [email protected]

mailto:[email protected]?subject=

Proprietà della carta

✓ Cellulosa: polimero naturale più diffuso ma anche sintetizzabile

✓ Versatilità e flessibilità

✓ Resistività ~1010 Ωˑcm

✓ Se non riciclabile: smaltibile tramite incenerimento

x Igroscopicità (UR)

• variazione imprevedibile delle proprietà

x Rugosità

• prestazioni irregolari

Riempitivi e Rivestimenti

Codemotion Roma Internet-of-Ideas andrea [email protected]


➢ Inchiostri organici:

• pentacene

➢ Inchiostri inorganici:

• particelle metalliche• grafite• nanotubi di carbonio▪ Bare Conductive Carbon

Inchiostri Conduttivi

Nuovo concetto di circuiti stampati utilizzando inchiostro



Stampa roll-to-roll (R2R):

✓ Vantaggi:

• basso costo• alta produttività

x Svantaggi:

• difficoltà nel soddisfare i requisiti• limitazioni legate agli inchiostri

Tecniche di stampa



Processi di stampa:

• Flexographic Printing• Gravure (o Rotogravure) Printing• Offset Printing• Screen Printing

• Inkjet Printing

▪ tecnica più promettente▪ controllo digitale▪ non richiede matrici➢ importanza del know how

Tecniche di stampa



Applicazioni

Transistor Display

Antenne ed RFID tag Celle solari



Sensore con Bare Conductive Carbon

Bare Conductive Carbon vernice conduttiva sensibile al tocco e in prossimità

Rilevazione più stabile



Sensore con Bare Conductive Carbon



Fino a… Sensore Medico

Prima diagnosi delle malattie:

• analisi della saliva per rilevazione presenza batteri e virus;

• interfaccia user friendly;



Thanks




internet of ideas: paper electronics

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