X Y Type Size Y Input X Input Video Output Generator | by AvitalB usb side 1kΩ5 1k Ω 6 1k Ω 4 150 Ω 2 470 Ω 3 C1 112 P0 = A2 P2 = A6 P1 = A7 P3 = A7 LDR36 LDR35 LED20 LED21 OUTPUT2 JP9 output> REMOTE CONTROL change frequency change pitch clax <input usb side slide potentiometer 10k R26 C1 108 R27 R29 R28 R25 J3TRIG - A7 J4 OUT4 P3 = A4 S3 LDR9 LED9 JP4 Screen1 NANO3 ADC 1 ADC 2 ADC 3 ADC 4 Teensy 3.1 / LC1 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K 10K LDR9 LDR11 LDR12 LDR6 LDR8 LDR4 LDR5 LDR1 LDR2 LDR10 LDR13 LDR14 LDR16 LDR15 P6 LDR3 P16 P13 P15 P4 P1 P14 P7 P8 P2 LDR7 Audio P3 P12 P5 P11 P9 P10 Bu1 1K Sw1 1K "in/side>>>>out" DIGITAL OUT MEERGRANEN V1.010 1 101 'Flakes' ANALOG IN <0-0> usb side Part2 R39 R42 R40 R41 R38 R36 R37 R43 C1 111 R44 LDR15 LDR14 P1 = A6 J7 P2 = A5 LED18 LED17 LDR16 LED16 LDR17 LED15 J1 - A5 J4 - A2 J2 - A7 J3TRIG - A8 P3 = A6 JP7 S10 DISTRACTION MANAGER SPEAKER1 NANO5 TIME1 LED14 SWITCH1 POWER1 usb side LCD1602-I2C QRU:I have nothing for you. vo ezn _ Txx.uo R55 R56 R54 A2 o4 out1 D5 o1 out1 D3 o2 out1 D8 o5 in1 LED19 LDR34 A1 P in1 LED2 D7 JP8 Reset1 Tx o3 out1 RFID1 NANO MODULAR LINGUISTICS pitch volume (RX) input output IOANA TOMICI 2019 usb side sample select NANO2 R23 R22 C1 106 R24 P1 = A3 P2 = A2 J6 P3 = A1 JP2 J5 carbon NANO1 C1 105 R18 R17 R16 R14 R15 R13 LED6 LDR7 LDR6 LDR8 LED5 J4 - A1 LED7 J1 - A3 J2 - A2 LDR5 J3TRIG - A4 J4 OUT1 LED8 JP1 matrix1 R21 R19 R20 SIGNAL OUT golubjevaite.com XPUB '19 /PZI TEXT IN VIDEO TEXT OUT JP10 B6 B5 B4 B2 B3 B7 TV OUT NANO R8 R9 P6 P2 P1 R1 R6 R3 R4 R5 R7 R2 P4 P3 P7 P5 B1 buttons knobs analog input sound output serial input usb side tv out speech 0.1 goes to ground visible RCA2 NANO4 1k1 470 Ω 1 R31 10k3 C1 109 R35 R34 R33 R32 10k2 10k1 LDR11 LDR10 P1 = A4 J2 - A5 J4 OUT5 P2 = A3 J2 - A6 LED10 LED11 J1 - A4 JP5 S9 S8 S7

Clara!!!

As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual.

Guests Dennis de Bel Dennis de Bel (1984, NL) is an applied artistic researcher, educator, radio amateur (call sign PD0WNED). In his practice he positions himself as producer, consumer, observer and distributor of critical knowledge focussed on technology. His work has been exhibited at Siggraph Los Angeles, Transmediale Berlin and hosted workshops in various collaborations at, for example, ISEA Hong Kong, Radical Networks New York. He participated in the Relearn summer schools and Libre Graphics Meetings besides being a guest tutor at the Design Academy Eindhoven and the Willem de Kooning Academy Rotterdam University of Applied Science. In 2017 he co-founded Varia, a Rotterdam based space for developing collective approaches towards everyday technology. De Bel holds a MA from the Piet Zwart Institute (NL) and most recently participated in the artist in residency program of t

Avital!!!

As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual. As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual. As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual.

Tisa!!!

As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual. As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual. As single modules perform one job and one job well, you will have to anticipate and even require the output of someone elses module in order for yours to work. Coinciding with your research we will create one or several 'outputs' consisting of an interface, electronics and a manual.