Main.Class History
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Here's a list of sensors I have in my office.
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Here's a list of sensors I have in my office - tigoe, 1/30/12.
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[[Class.SensorReviewSpring12]] List of who is paired with whom, and what sensor reports they're reviewing
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Class 1 (Jan. 17):
* Basic electronics
* Perception Backgrounder
* “Analogy”
* Multimeters
Assignment
1. Manufacturer Letter Assignment
2. Introduce yourself on the ITP Sensor Workshop Wiki.
3. Sign up for two days of shop cleaning.\\\
Class 2 (Jan. 24):
* Signal theory primer
* Input and sampling
* Sensors and time - graphing a sensor’s value over time
* Basic statistics - averages, medians and outliers
* Understanding edges, peaks, and thresholds
* Defining an ‘event’
Assignment:
1. Sensor Walk\\\
Class 3 (Jan. 31):
* Present Sensors Walk assignments
* Types of Sensors
o Resistive and capacitive sensors
o Piezoelectric sensors
* Simple device interfaces:
o voltage output, RC time
o pulsewidth output
o serial output
* Linearity and non-linearity: Characterizing sensors
Assignment:
1. Sensors & Time\\\
Class 4: (Feb 7):
* Understanding datasheets
* Complex data intefaces 1:
o SPI
o I2C
* Special Topics: MEMS
Assignment:
1. Datasheet Reports
2. Finalize sensor selection for Sensor Report & Presentation\\\
Class 5: (Feb 14):
* Present datasheet Reports and questions
* Hand in sensor choice for end of term Sensor Report & Presentation
* Complex data interfaces 2:
o AT
o BT
o Others
* Special topics: Power harvesting with piezo/solar sensor
Assignment:
1. None \\\
Class 6 (Feb. 21):
* Present datasheet Reports and questions week 2 (as required)
* Connecting sensors to the internet
o Xport
o Serial to the network
o Data-logging with a database
Assignment:
1. Datalogging \\\
Class 7 (Feb. 28):
* Present data-logging assignments
* Sensor Interfacing - Electronics:
o Hardware/software debouncing
o Hardware/software filtering
o Op Amps
+ Buffer amplifiers
+ Gain amplifiers
+ Differential amplifiers
+ Power amplifiers
* Sensor Interfacing - Mechanics:
* Mounting and fastening strategies
* Self-built sensor assemblies
* Wedges levers and pulleys
Assignment:
1. Actions, Events, Filtering \\\
Class 8 (March 7):
* Advanced data filtering, averaging and weighting
* Gesture recognition
* Mapping strategies
Assignment:
1. Actions, Events, Filtering (con't)\\\
March 14 - Spring Break \\\
Class 9 (Mar. 21):
* Present Actions, Events, Filtering assignments
* Special topics: Printed Circuit board fabrication for less noisy circuits
Assignment:
1. None \\\
Class 10 (Mar. 28):
* Presentations week 1
Assignment:
1. None \\\
Class 11 (Apr. 4):
* Presentations week 2
Assignment:
1. None \\\
Class 12 (Apr. 11):
* Presentations week 3
* Review material, questions on previous topics
Assignment:
1. None \\\
Class 13 (Apr. 18):
* Presentations week 4
* Repeat presentations
Assignment:
1. None \\\
Class 14 (Apr. 25):
* Presentations week 5
* Repeat presentations, any remaining assignments, wrap-up
Assignment:
1. None
to:
Here's a list of sensors I have in my office.
*VOC/gas sensors
**ch4 model mq5
**lpg mq5
**co mq7
**mg811
**mq3
**mq6
**mq131
*barometric pressure
**bmp085
**scp100
**honeywell scc30d
*modern device wind sensor
*electret mics
*msi piezo tab
*ir ranging
**sharp2yoA21
*pir sensor
*epir sensor model zdot
*lvez1 ultrasonic
*srf04 ulatrasonic
*abrams gentile flex sensors
*interlink 400 series fsr
*stretch sensors
*load sensor
**sparkfun model sen-10245
**seeedstudio
*accelerometer
**adxl321
**adxl335
**adxl320j
**hm55b
**hmc1052l
*gyroscope
**pololu gyr02b
**pololu 7341qscad
**pololu cmp01a
*liquid flow rate sensor
**seeedstudio
**unknown one
*dust sensor
**sharp gp2y10
*tilt switches
**sparkfun tilt-a-whirl
*touch sensors
**ad7746
*heart rate monitor
**polar rmcm01
*teperature sensor
**tmp36
**lm335
*humidity sensor
**hih4030
*rotary encoder
**mc3490eg
**mystery rotary encoder
*optical photo interrupter
*hall effect sensor
**ams a446mmq
*misc IR receiver
*VOC/gas sensors
**ch4 model mq5
**lpg mq5
**co mq7
**mg811
**mq3
**mq6
**mq131
*barometric pressure
**bmp085
**scp100
**honeywell scc30d
*modern device wind sensor
*electret mics
*msi piezo tab
*ir ranging
**sharp2yoA21
*pir sensor
*epir sensor model zdot
*lvez1 ultrasonic
*srf04 ulatrasonic
*abrams gentile flex sensors
*interlink 400 series fsr
*stretch sensors
*load sensor
**sparkfun model sen-10245
**seeedstudio
*accelerometer
**adxl321
**adxl335
**adxl320j
**hm55b
**hmc1052l
*gyroscope
**pololu gyr02b
**pololu 7341qscad
**pololu cmp01a
*liquid flow rate sensor
**seeedstudio
**unknown one
*dust sensor
**sharp gp2y10
*tilt switches
**sparkfun tilt-a-whirl
*touch sensors
**ad7746
*heart rate monitor
**polar rmcm01
*teperature sensor
**tmp36
**lm335
*humidity sensor
**hih4030
*rotary encoder
**mc3490eg
**mystery rotary encoder
*optical photo interrupter
*hall effect sensor
**ams a446mmq
*misc IR receiver
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1. Actions, Events, Filtering\\\
to:
1. Actions, Events, Filtering (con't)\\\
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Changed lines 131-132 from:
1. Actions, Events, Filtering
to:
1. Actions, Events, Filtering\\\
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Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the [[http://itp.nyu.edu/~ja771/sensorworkshop/?page_id=2|topics we've discussed]], this is a fine place for it. \\\
to:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the %newwin% [[http://itp.nyu.edu/~ja771/sensorworkshop/?page_id=2|topics we've discussed]], this is a fine place for it. \\\
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2. Introduce yourself on the ITP Sensor Workshop Wiki. Include links to any external site you’re maintaining for this class in the appropriate areas.
to:
2. Introduce yourself on the ITP Sensor Workshop Wiki.
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2. Introduce yourself on the ITP Sensor Workshop Wiki.
Include links to any external site you’re maintaining for this class in the appropriate areas.
Include links to any external site you’re maintaining for this class in the appropriate areas.
to:
2. Introduce yourself on the ITP Sensor Workshop Wiki. Include links to any external site you’re maintaining for this class in the appropriate areas.
Changed lines 16-17 from:
2. Introduce yourself on the ITP Sensor Workshop Wiki. Include links to any external site you’re maintaining for this class in the appropriate areas.
to:
2. Introduce yourself on the ITP Sensor Workshop Wiki.
Include links to any external site you’re maintaining for this class in the appropriate areas.
Include links to any external site you’re maintaining for this class in the appropriate areas.
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Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the topics we've discussed, this is a fine place for it. \\\
to:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the [[http://itp.nyu.edu/~ja771/sensorworkshop/?page_id=2|topics we've discussed]], this is a fine place for it. \\\
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Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the topics we've discussed, this is a fine place for it.
to:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the topics we've discussed, this is a fine place for it. \\\
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3. Sign up for two days of shop cleaning.
to:
3. Sign up for two days of shop cleaning.\\\
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1. Sensor Walk
to:
1. Sensor Walk\\\
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1. Sensors & Time
to:
1. Sensors & Time\\\
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2. Finalize sensor selection for Sensor Report & Presentation
to:
2. Finalize sensor selection for Sensor Report & Presentation\\\
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1. None
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1. None \\\
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1. Datalogging
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1. Datalogging \\\
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1. Actions, Events, Filtering
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1. Actions, Events, Filtering \\\
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March 14 - Spring Break
to:
March 14 - Spring Break \\\
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1. None
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1. None \\\
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1. None
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1. None \\\
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1. None
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1. None \\\
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1. None
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1. None \\\
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1. None
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1. None \\\
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Class 1 (Jan. 17):
* Basic electronics
* Perception Backgrounder
* “Analogy”
* Multimeters
Assignment
1. Manufacturer Letter Assignment
2. Introduce yourself on the ITP Sensor Workshop Wiki. Include links to any external site you’re maintaining for this class in the appropriate areas.
3. Sign up for two days of shop cleaning.
Class 2 (Jan. 24):
* Signal theory primer
* Input and sampling
* Sensors and time - graphing a sensor’s value over time
* Basic statistics - averages, medians and outliers
* Understanding edges, peaks, and thresholds
* Defining an ‘event’
Assignment:
1. Sensor Walk
Class 3 (Jan. 31):
* Present Sensors Walk assignments
* Types of Sensors
o Resistive and capacitive sensors
o Piezoelectric sensors
* Simple device interfaces:
o voltage output, RC time
o pulsewidth output
o serial output
* Linearity and non-linearity: Characterizing sensors
Assignment:
1. Sensors & Time
Class 4: (Feb 7):
* Understanding datasheets
* Complex data intefaces 1:
o SPI
o I2C
* Special Topics: MEMS
Assignment:
1. Datasheet Reports
2. Finalize sensor selection for Sensor Report & Presentation
Class 5: (Feb 14):
* Present datasheet Reports and questions
* Hand in sensor choice for end of term Sensor Report & Presentation
* Complex data interfaces 2:
o AT
o BT
o Others
* Special topics: Power harvesting with piezo/solar sensor
Assignment:
1. None
Class 6 (Feb. 21):
* Present datasheet Reports and questions week 2 (as required)
* Connecting sensors to the internet
o Xport
o Serial to the network
o Data-logging with a database
* Other data-logging architectures: memory cards & wireless arrays
Assignment:
1. Datalogging
Class 7 (Feb. 28):
* Present data-logging assignments
* Sensor Interfacing - Electronics:
o Hardware/software debouncing
o Hardware/software filtering
o Op Amps
+ Buffer amplifiers
+ Gain amplifiers
+ Differential amplifiers
+ Power amplifiers
* Sensor Interfacing - Mechanics:
* Mounting and fastening strategies
* Self-built sensor assemblies
* Wedges levers and pulleys
Assignment:
1. Actions, Events, Filtering
Class 8 (March 7):
* Advanced data filtering, averaging and weighting
* Gesture recognition
* Mapping strategies
Assignment:
1. Actions, Events, Filtering
March 14 - Spring Break
Class 9 (Mar. 21):
* Present Actions, Events, Filtering assignments
* Special topics: Printed Circuit board fabrication for less noisy circuits
Assignment:
1. None
Class 10 (Mar. 28):
* Presentations week 1
Assignment:
1. None
Class 11 (Apr. 4):
* Presentations week 2
Assignment:
1. None
Class 12 (Apr. 11):
* Presentations week 3
* Review material, questions on previous topics
Assignment:
1. None
Class 13 (Apr. 18):
* Presentations week 4
* Repeat presentations
Assignment:
1. None
Class 14 (Apr. 25):
* Presentations week 5
* Repeat presentations, any remaining assignments, wrap-up
Assignment:
1. None
Changed lines 1-2 from:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, this is a fine place for it.
to:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, or thoughts about any of the topics we've discussed, this is a fine place for it.
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[[10-18-05 | Notes from 10-18-05]]
[[10-25-05 | Notes from 10-25-05]]
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[[10-18-05 | Notes from 10-18-05]]
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[[10-18-05 | Notes from 10-18-05]]
[[10-25-05 | Notes from 10-25-05]]
[[10-25-05 | Notes from 10-25-05]]
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Doria remembered after class that the finger pointing away points in the direction of magnetic force.\\
[- 9-9-05\\
[[~tigoe]]-]
--------
A note on the digital input and analog input circuits: Only one person remembered them correctly (though two others remembered pieces of it), so for reference here they are:
!!!Digital input:
http://tigoe.net/pcomp/img/digin.gif http://tigoe.net/pcomp/img/pic-dig-in-photo.jpg
The [[http://tigoe.net/pcomp/labs/lab-digital-io.shtml |first PIC program lab]] from the intro class details it.
!!!Analog input:
http://tigoe.net/pcomp/img/analogin-pot.jpg http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
Using it is detailed in the [[http://tigoe.net/pcomp/labs/lab-analog-variables.shtml|Analog in lab]]
9-12-05\\
[[~tigoe]]
to:
[[9-6-05| Notes from 9-6-05]]
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Changed lines 24-29 from:
http://tigoe.net/pcomp/img/analogin-pot.jpg
And here's a photo:
http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
And here's a photo:
http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
to:
http://tigoe.net/pcomp/img/analogin-pot.jpg http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
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http://tigoe.net/pcomp/img/digin.gif
to:
http://tigoe.net/pcomp/img/digin.gif http://tigoe.net/pcomp/img/pic-dig-in-photo.jpg
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A note on the digital input and analog input circuits: Only one person remembered them correctly, so for reference here they are:
Digital input:
Digital
to:
A note on the digital input and analog input circuits: Only one person remembered them correctly (though two others remembered pieces of it), so for reference here they are:
!!!Digital input:
!!!Digital input:
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Here's a PIC wired with a digital in:
http://tigoe.net/pcomp/img/pic-dig-in-photo.jpg
The [[http://tigoe.net/pcomp/labs/lab-digital-io.shtml |first PIC program lab]] from the intro class details it.
!!!Analog input:
http://tigoe.net/pcomp/img/analogin-pot.jpg
And here's a photo:
http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
Using it is detailed in the [[http://tigoe.net/pcomp/labs/lab-analog-variables.shtml|Analog in lab]]
-[[~tigoe]]
http://tigoe.net/pcomp/img/pic-dig-in-photo.jpg
The [[http://tigoe.net/pcomp/labs/lab-digital-io.shtml |first PIC program lab]] from the intro class details it.
!!!Analog input:
http://tigoe.net/pcomp/img/analogin-pot.jpg
And here's a photo:
http://tigoe.net/pcomp/img/photo-pic-pot-in.jpg
Using it is detailed in the [[http://tigoe.net/pcomp/labs/lab-analog-variables.shtml|Analog in lab]]
-[[~tigoe]]
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--------
A note on the digital input and analog input circuits: Only one person remembered them correctly, so for reference here they are:
Digital input:
http://tigoe.net/pcomp/img/digin.gif
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[-[[datetime]]\\
[[~tigoe]]-]
[[~tigoe]]-]
to:
[-
[[datetime]]\\
[[~tigoe]]
-]
[[datetime]]\\
[[~tigoe]]
-]
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Doria remembered after class that the finger pointing away points in the direction of magnetic force.
[-[[datetime]]\\
to:
Doria remembered after class that the finger pointing away points in the direction of magnetic force.\\
[-datetime\\
[-datetime\\
Changed lines 1-7 from:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, this is a fine place for it.
to:
Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, this is a fine place for it.
Rich found this link to [[http://www.play-hookey.com/dc_theory/components_inductors.html | a page explaining inductors and the right-hand rule]], which they refere to a the left-hand rule, because they refer to the direction of flow of electrons, not the flow of charge.
Doria remembered after class that the finger pointing away points in the direction of magnetic force.
[-[[datetime]]\\
[[~tigoe]]-]
Rich found this link to [[http://www.play-hookey.com/dc_theory/components_inductors.html | a page explaining inductors and the right-hand rule]], which they refere to a the left-hand rule, because they refer to the direction of flow of electrons, not the flow of charge.
Doria remembered after class that the finger pointing away points in the direction of magnetic force.
[-[[datetime]]\\
[[~tigoe]]-]
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Howdy. Welcome to the class. If you've got any immediate questions for me, please email me instead of posting here. If you've got questions for the whole class, this is a fine place for it.