Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and uses research in cognition, education psychology, and problem solving to organize learning resources and enhance the learning process.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
This document discusses potential media institutions to distribute a magazine targeted towards young females. It suggests record labels like Def Jam or Universal could help since the magazine focuses on music and female audiences. The magazine would also be distributed in shops and advertised during morning, afternoon, and early evening TV shows that attract young and female viewers, such as "Friends" or programs on channels like E4 or MTV. Advertising during these programs and on these channels would be effective since they match the target demographic of the magazine.
The document summarizes audience research for a student horror/thriller film about two people who are hired to kill a man who has dreams of his own death occurring in the woods. The protagonists attempt to stop the people from killing him. The filmmakers ask for feedback on what audiences may find appealing, potential areas for improvement, title suggestions, appropriate filming times and locations, and whether the film should be in natural colors or have color effects like black and white.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and uses research in cognition, education psychology, and problem solving to organize learning resources and enhance the learning process.
Instructional design is the process of developing effective and efficient learning experiences through research and theory. It focuses on learning outcomes rather than technology. The instructional designer analyzes learning needs and designs a system to deliver required instruction. Instructional design bridges the gap between education and technology to ensure concepts are properly designed for e-learning platforms. It involves continuous assessment and applies principles from educational psychology and cognition research. The goal is to organize learning resources and interactions to enhance learning and achieve defined objectives.
This document discusses potential media institutions to distribute a magazine targeted towards young females. It suggests record labels like Def Jam or Universal could help since the magazine focuses on music and female audiences. The magazine would also be distributed in shops and advertised during morning, afternoon, and early evening TV shows that attract young and female viewers, such as "Friends" or programs on channels like E4 or MTV. Advertising during these programs and on these channels would be effective since they match the target demographic of the magazine.
The document summarizes audience research for a student horror/thriller film about two people who are hired to kill a man who has dreams of his own death occurring in the woods. The protagonists attempt to stop the people from killing him. The filmmakers ask for feedback on what audiences may find appealing, potential areas for improvement, title suggestions, appropriate filming times and locations, and whether the film should be in natural colors or have color effects like black and white.
SCU Gone Wild is a community science initiative at Santa Clara University that aims to characterize and record biodiversity on campus through citizen science. Students and faculty conduct systematic bird counts at 8 sites across campus that differ in vegetation. Over 50 bird species have been observed so far. The project seeks to influence landscaping decisions based on its findings and contribute to further biodiversity research. Future plans include vegetation analysis, species density studies, and surveys of squirrels and insects. The initiative engages the SCU community in observing and preserving campus wildlife.
Ludan Chen's resume summarizes her education, experience, skills, and honors. She received her Bachelor of Science in Interior Design from the University of Cincinnati in 2018 and an Associate's Degree from Edmonds Community College in 2013. Her experience includes internships at SFA Architects and Bank of Communication. She is proficient in Chinese, English, manual drawing, and digital software like AutoCAD and Revit. Some of her honors include being featured on SuckerPunch for her "Building from Without" project and making the Dean's List from 2013-2015.
Un corso base d'introduzione all'illuminazione a LED per far capire la differenza tra differenti fonti lumiose. Una divertente presentazione che mostra il risparmio effettivo in termini di consumi e quindi di denaro se si acquista un alampadina a LED
Lumen Fortronic - LED Technology: Status & RoadMaptecnoimprese
Una review e un punto della situazione sulla tecnologia, lo status e la roadmap prossima di LED, LED array e CoB presentate da alcuni dei produttori di LED.
Una presentazione dei produttori più significativi di questo mondo per aggiornarsi sul livello raggiunto dalla tecnologia e rispondere, tenendo in mente il mondo applicativo della illuminazione, a domande del tipo: “quale livello di efficienza è stato raggiunto”; “quali sono i prodotti correntemente più utilizzati e quali – i produttori – si aspettano lo saranno nel prossimo futuro”; “a quali parametri e a quali settori stanno dando priorità nelle loro scelte”; e “quali novità sono prossime ad entrare in produzione nel brevissimo termine”.
This document discusses the European Union's Ecodesign Directive, which establishes requirements for improving the energy efficiency and environmental protection of energy-related products. The goal is to increase sustainability by reducing energy usage and environmental impacts across a product's entire lifecycle, from design to disposal. The directive requires implementing measures like standards and industry-specific rules to define ecodesign criteria for products. Manufacturers can use tools like life cycle assessment to optimize a product's design and demonstrate improvements in areas like material selection, energy usage, and recyclability to meet ecodesign requirements.
Roma Tech & South Europe Forum - Convegno RF & Wireless Sfide e benefici - Te...tecnoimprese
TeraTron GmbH is a German company founded in 1999 that specializes in developing and manufacturing RFID modules and systems. It produces 250,000 RFID modules per year and has a quality management system certified to ISO 9001 standards. The company's core competencies include developing customized OEM RFID modules that support various frequencies and standards for applications in industries such as automotive, healthcare, logistics and access control.
SCU Gone Wild is a community science initiative at Santa Clara University that aims to characterize and record biodiversity on campus through citizen science. Students and faculty conduct systematic bird counts at 8 sites across campus that differ in vegetation. Over 50 bird species have been observed so far. The project seeks to influence landscaping decisions based on its findings and contribute to further biodiversity research. Future plans include vegetation analysis, species density studies, and surveys of squirrels and insects. The initiative engages the SCU community in observing and preserving campus wildlife.
Ludan Chen's resume summarizes her education, experience, skills, and honors. She received her Bachelor of Science in Interior Design from the University of Cincinnati in 2018 and an Associate's Degree from Edmonds Community College in 2013. Her experience includes internships at SFA Architects and Bank of Communication. She is proficient in Chinese, English, manual drawing, and digital software like AutoCAD and Revit. Some of her honors include being featured on SuckerPunch for her "Building from Without" project and making the Dean's List from 2013-2015.
Un corso base d'introduzione all'illuminazione a LED per far capire la differenza tra differenti fonti lumiose. Una divertente presentazione che mostra il risparmio effettivo in termini di consumi e quindi di denaro se si acquista un alampadina a LED
Lumen Fortronic - LED Technology: Status & RoadMaptecnoimprese
Una review e un punto della situazione sulla tecnologia, lo status e la roadmap prossima di LED, LED array e CoB presentate da alcuni dei produttori di LED.
Una presentazione dei produttori più significativi di questo mondo per aggiornarsi sul livello raggiunto dalla tecnologia e rispondere, tenendo in mente il mondo applicativo della illuminazione, a domande del tipo: “quale livello di efficienza è stato raggiunto”; “quali sono i prodotti correntemente più utilizzati e quali – i produttori – si aspettano lo saranno nel prossimo futuro”; “a quali parametri e a quali settori stanno dando priorità nelle loro scelte”; e “quali novità sono prossime ad entrare in produzione nel brevissimo termine”.
This document discusses the European Union's Ecodesign Directive, which establishes requirements for improving the energy efficiency and environmental protection of energy-related products. The goal is to increase sustainability by reducing energy usage and environmental impacts across a product's entire lifecycle, from design to disposal. The directive requires implementing measures like standards and industry-specific rules to define ecodesign criteria for products. Manufacturers can use tools like life cycle assessment to optimize a product's design and demonstrate improvements in areas like material selection, energy usage, and recyclability to meet ecodesign requirements.
Roma Tech & South Europe Forum - Convegno RF & Wireless Sfide e benefici - Te...tecnoimprese
TeraTron GmbH is a German company founded in 1999 that specializes in developing and manufacturing RFID modules and systems. It produces 250,000 RFID modules per year and has a quality management system certified to ISO 9001 standards. The company's core competencies include developing customized OEM RFID modules that support various frequencies and standards for applications in industries such as automotive, healthcare, logistics and access control.
Roma Tech & South Europe Forum - Convegno RF & Wireless Sfide e benefici -Univ.Milano Bicocca a cura di SpecialInd
1. Riconoscimento delle situazioni
e reti di sensori a supporto
del “Remote Healthcare”
Davide Merico
(davide.merico@nomadis.unimib.it)
Università degli Studi di Milano-Bicocca
Lab. NOMADIS
2. Andamento demografico in Italia
Variazione di dimensione per gruppi di età rispetto al 1950
800%
80+ anni
700%
600%
% variazione (1950=100%)
500%
400%
300%
60-79 anni
200%
100% 20-59 anni
0-19 anni
0%
1950 1970 1990 2010 2030
fonte dati: ISTAT e IRP-CNR
03 Dicembre 2009 - RF & Wireless 2
3. Quando iniziare a parlare di
invecchiamento?
• 55, 60, 65, 70 anni? Può darsi, ma non per tutti.
• Alla fine dei cosiddetti “Healthy Life
Years” (HLY)? Non proprio.
- L’aspettativa di vita media in Europa è tra: 78 anni
(uomini) e 83 anni (donne);
- HLY europei: circa 67 anni (uomini) e 68 (donne).
• L’invecchiamento inizia quando si inizia a
RISCHIARE DI USCIRE dagli HLY.
03 Dicembre 2009 - RF & Wireless 3
4. Quando iniziare a parlare di
invecchiamento?
• 55, 60, 65, 70 anni? Può darsi, ma non per tutti.
• Alla fine dei cosiddetti “Healthy Life
Years” (HLY)? Non proprio.
- L’aspettativa di vita media in Europa è tra: 78 anni
(uomini) e 83 anni (donne);
- HLY europei: circa 67 anni (uomini) e 68 (donne).
• L’invecchiamento inizia quando si inizia a
RISCHIARE DI USCIRE dagli HLY.
I sistemi di monitoraggio remoto e di assistenza
domiciliare devono aiutare a diminuire il rischio di
uscita dal periodo degli “Healthy Life Years”.
03 Dicembre 2009 - RF & Wireless 3
5. Riconoscimento delle Situazioni
• In generale, il modo migliore per ridurre i
rischi è di essere a conoscenza della
SITUAZIONE in cui ci troviamo.
Percezione elementi Comprensione della Predizione sulle
della Situazione attuale Situazione attuale Situazioni future
Livello 1 Livello 2 Livello 3
RICONOSCIMENTO DELLE SITUAZIONI
03 Dicembre 2009 - RF & Wireless 4
6. Riconoscimento delle situazioni
nell’assistenza domiciliare
Percezione elementi Comprensione della Predizione sulle
della Situazione attuale Situazione attuale Situazioni future
Livello 1 Livello 2 Livello 3
Feedback e
supporto per
Monitoraggio l’anziano e i
e Automated caregivers
Raccolta dati Reasoning
(reti di sensori) finalizzato all’ Automated
analisi della Reasoning
situazione finalizzato alla
Prevenzione
03 Dicembre 2009 - RF & Wireless 5
7. Sicuri e INDIpendenti - SINDI
Percezione elementi Comprensione della Predizione sulle
della Situazione attuale Situazione attuale Situazioni future
Livello 1 Livello 2 Livello 3
Data aggregation
Context interpretation Inference Engine
Bath Localization (ASP)
Study
Feature Database
Internet
(data from
generation
Livingroom Bedroom monitoring and
knowledge
Kitchen representation) Caregiver and
Balcony
patient
Body
Sensors interfaces
Sensor
03 Dicembre 2009 - RF & Wireless 6
9. Reti Wireless di Sensori - ZigBee
• Sono reti generalmente utilizzate per
raccogliere informazioni in maniera non assistita
per lunghi periodi nei più svariati ambienti.
• I nodi sono in grado di:
- acquisire e trasmettere il valore di variabili fisiche
fornito da sensori presenti sui nodi stessi,
- effettuare delle elaborazioni in ciascun nodo.
SENSING PROCESSING COMMUNICATION
POWER
ACTUATION SECURITY
MANAGEMENT
03 Dicembre 2009 - RF & Wireless 8
10. I nodi della rete wireless di sensori
• Jennic JN5139 Wireless Modules
• On board transceiver and antenna
- 2.4GHz IEEE 802.15.4 compliant
- Receiver sensitivity -97dBm
- TX and RX current 34 mA
- 128-bit AES security processor processor
• Microcontroller
- 16MIPS 32-bit RISC CPU
- 96kB RAM, 192kB ROM
- 4-input 12-bit ADC, 2 11-bit DACs,
comparator
- 3 system timers
- 2 UARTs (one for debug)
- SPI port with 5 selects
- 2-wire serial interface
• 128kB Serial Flash
03 Dicembre 2009 - RF & Wireless 9
11. Utilizzo della rete ZigBee Jennic
• Una rete di sensori ZigBee Jennic,
organizzata gerarchicamente, permette la
raccolta dati relativi:
- all’ambiente
• luminosità, temperatura, umidità;
• apertura/chiusura porte e finestre.
- all’utente
• movimento e peso.
- a situazioni di emergenza
• cadute, fughe di gas, ecc.
03 Dicembre 2009 - RF & Wireless 10
12. I sensori dei nodi ambientali (1)
• Luminosità (TAOS TSL2550)
• Temperatura e umidità (Sensirion SHT10)
• Rangefinder a ultrasuoni (Maxbotix)
• Movimento con sensori infrarossi
(Panasonic)
03 Dicembre 2009 - RF & Wireless 11
13. I sensori dei nodi ambientali (2)
• Peso: celle di carico Futek
- Model: L2760
- Rated Output: 2mV/V
- Capacity: 100 lb
03 Dicembre 2009 - RF & Wireless 12
14. I sensori dei nodi mobili (1)
• Sensori inerziali per il riconoscimento del movimento della
persona (accelerometri, magnetometri e giroscopi triassiali).
• Primo prototipo
- PDA + XSENS MTx
• Bluetooth
• Ulteriori prototipi
- ZigBee Jennic Module
- Sparkfun SerAccel v5
• Freescale Accelometer
Model MMA7260Q
- Sparkfun IMU 6 DoFv3
03 Dicembre 2009 - RF & Wireless 13
15. I sensori dei nodi mobili (2)
• Attualmente il nodo mobile utilizza:
- Jennic ZigBee Module
- Analog Devices ADIS 16350
• Accelerometro digitale triassiale
• Giroscopio digitale triassiale
• 23 mm x 23 mm x 23 mm
- PNI Micromag v3
• Magnetometro digitale triassiale
• Appena disponibile passaggio a
Analog Devices ADIS 16405
- Unità inerziale completa
03 Dicembre 2009 - RF & Wireless 14
17. Monitoraggio e Analisi della Situazione in
SINDI
• SINDI monitora ed elabora continuamente i dati
raccolti dalla WSN, relativi a:
- movimenti dell’utente.
- posizione dell’utente.
- ambiente in cui l’utente vive.
• L’analisi della situazione analizza e comprende i dati
di monitoraggio ottenendo informazioni di più alto
livello:
- comprensione delle abitudini generali dell’utente;
- capacità di camminare correttamente, qualità dei
movimenti, ecc.
- intervento su ambiente troppo caldo/freddo.
03 Dicembre 2009 - RF & Wireless 16
20. Localizzazione e Tracciamento in SINDI
(1)
• Il tracciamento della posizione dell’utente
utilizza tecniche avanzate di filtraggio e
fusione dati.
- Recursive bayesian filters (particle filters and
kalman filters).
- Multi-sensor data fusion:
• potenza del segnale radio (RSSI);
• dati inerziali di movimento;
• movimento in prossimità (infrarossi);
• distanze (ultrasuoni);
• Questo approccio previene in gran parte i
problemi tipici di accuratezza e precisione.
03 Dicembre 2009 - RF & Wireless 19
21. Localizzazione e Tracciamento in SINDI
(2)
• Comparazione con
sistemi commerciali
ha mostrato netto
miglioramento di
prestazioni.
• Accuratezza media
90 cm (+40% rispetto
ai sistemi valutati).
03 Dicembre 2009 - RF & Wireless 20
26. Supporto alla Prevenzione in SINDI
• SINDI utilizza tecniche di automated reasoning in
grado di stabilire connessioni tra i comportamenti e
il livello di benessere della persona monitorata.
• Il supporto alla prevenzione in SINDI permette di:
- segnalare preventivamente l’aggravarsi dello stato di
salute della persona anziana.
- monitorare aspetti complessi dello stato di salute
• disabilità funzionali (es. bilanciamento, nutrizione, visione, capacità
uditive, capacità cognitive, insonnia, ...),
• dipendenze nel compiere attività quotidiane (ADLs),
• rischi (es. cadute, depressione, fragilità, malnutrizione, isolamento).
03 Dicembre 2009 - RF & Wireless 25
30. Conclusioni
• SINDI utilizza una metodologia di Analisi delle
Situazioni applicata all’assistenza domiciliare
- per monitorare e valutare lo stato di salute di una
persona con l’obiettivo di migliorarne
l’indipendenza e la qualità della vita.
• Lavoro svolto con il supporto dell’unità di
Geriatria dell’Ospedale San Gerardo di Monza.
- Il primo prototipo è stato validato dai geriatri.
- Ulteriori sperimentazioni stanno per essere
avviate in reparto e in RSA. Successivamente in
abitazioni private.
03 Dicembre 2009 - RF & Wireless 29