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I came here to be alone with my thoughts of you,
I came here to be alone with my thoughts without you,
I came here to be alone with my thoughts missing you,
I came here to be alone with my thoughts remembering you.
© Fleur Augustinus / transmediale
discussion
Crashed Economy: Debugging and Rebooting
with Steve Lambert (us), Daniel Garcia Andujar (sp) and Elanor Colleoni (it/dk) as respondent.
To face the current economical crisis means to question dualistic perspectives such as capitalism vs anti-capitalism as well as to imagine a sustainable network of values in which accumulation of growth and precarity are substituted by a grassroots ecology of sharing built on an increasing capacity for sociability. This event presents two sets of projects which question the notion of capitalism through direct intervention and collective reflections proposing an exodus from proprietary money and trade regulation through distributed commons and practices of social networking.
In Part 1: What Capitalism? Steve Lambert (us) and Daniel Garcia Andujar (es) show how one can critique the concept of capitalism in times of crisis through direct interventions and ludic practices. Elanor Colleoni (it/dk) will act as respondent.
Steve Lambert (USA) – Capitalism Works for ME! True-False
Capitalism Works For Me! True/False is a 6m by 3m sign with an electronic voting display allowing passerby to vote on a deceptively simple question: Does capitalism work for you? Every aspect of the interaction is designed to draw them into more complex questions and conversations. The idea that “there is no alternative” to the way our world works, robs our ability to dream. As citizens we need the courage to begin these discussions so we can move on to new and better visions for our future.
Daniel Garcia Andujar (Spain) / Technologies To The People – Postcapital
Border, Capitalism monolith, Collaboration, Collective Intelligence, Community, Complexity, Connectivity, Constructing History, CopyWhat?, Cultural Memory, Dangerous Knowledge, Decision, Decoding, Digital Diogenes, Digital Revolution, Digitalization, Education, Erratum, Fear, Floating Knowledge, Free software, Global Archive, Information Society, Knowledge Production, Language Cartography, Learn to Learn, Mapping, Mass Media Critic, Memory, Network, Participation, Pathologisation, Post-communism, Private Property, Pro-commons, Public Space, Re-reading, Regression, Simplification, Specific, Topography of Fear, Translation, Transparency, Utopia, Voicing…
Sketchnotes I captured while attending An Event Apart Chicago, October 13-14, 2008 at the Sheraton Chicago in Chicago, IL.
Detailed blog post at the Rohdesign Weblog. Created by Mike Rohde
Swiss Strobist meetup in Bern.
Mark is in the centre of the shot debugging one of the many Cactus- and PW-triggered flashes.
Meanwhile I'm standing there in the warm spring sunshine, one of several voice-activated light-stands used in Mark's shots. I have a Cactus-triggered flash in one hand and my D80 in the other.
What's one supposed to do without straying too far from the designated position? Answer: switch the flash to be Cactus-triggered and optically-slaved, then slave it from my SB600 positioned at camera right. The SB600 is triggered from a Skyport on the D80.
I'm happy and Mark has a setup shot for when he gets around to photoshopping the non-illuminated person into the shot. I (or maybe Mark) will post it into the comments below.
Watch this space.
A screenshot of my game Null Op in debug mode. It lets you visualize the A* path finding algorithm over the level.
Blue squares have been searched by A*, purple ones are the optimal path. The top number is the cost to move to a given square and the bottom number is the estimated cost to the destination.
An overlay has been placed over the level representing metadata about each square. Black represents "blocked" squares and orange-red are "dangerous" squares.
The JTAG-HS3 is the newest member of our family of affordable high-speed Xilinx® FPGA programming solutions. The HS3 builds on the successful JTAG-HS1 by adding an open-drain buffer to pin 14 allowing for the debugging of Xilinx Zynq-SOC processors. It can be attached to target boards using Xilinx's 2x7 connector*, and is compatible with all Xilinx tools, including iMPACT™, ChipScope™, and EDK.
When connected to a PC via a standard A to micro-USB cable, the JTAG HS3 receives its power from USB and can be recognized as a Digilent programming cable, even if the HS3 is not attached to the target board. The JTAG bus can be shared with other devices as the HS3's signals are held in high-impedance, except when actively driven during programming. The HS3 is small and light, allowing it to be held firmly in place by the system board connector.
www.facebook.com/events/1021388754542497/
Live Showcase, in occasione dell'uscita in CD di "Debug" nuovo progetto discografico del Rapper e Producer Campano.
Line Up:
Emcee O'Zi(Feat. Dj Snatch)
Fabio Farti
NHX (Br & Czek)
Odeeno
Warm Up e After Party Dj Set:
Ekspo ( Sangue Mostro )
BreakStarr ( VHX )
Courtesy of the debug Room.
This is the only time you can semi explore part of the Eldridge using mappira values. They actually let you walk around here.
Message which appeared in YouTube, just after age confirmation screen. "Esto es una broma" == "This is a joke".
debugging the onboard computer on the people mover. their diagnostic software was just spitting out line after line after line of hexidecimal numbers.
This is really not what I wanted to be doing this weekend. This Microchip PAC1710 just doesn't want to cooperate at all. No ACK on the I2C bus no matter what we do. Scope says we are only violating signal fall time and even that is close to what's ok. We are scanning the entire address range and nothing. A Fuijtsu FRAM device on the same bus works perfectly. Opened a support case with Microchip but I don't have a lot of hope for this. Fortunately I found an alternative device from TI - the INA219 that would do pretty much the same thing sans the cool limit monitoring the Microchip part has. Price seems to be better or same from first glance. But all the time we've wasted on this little thing ...
How to debug a C/C++ program with Nemiver debugger
If you would like to use this photo, be sure to place a proper attribution linking to xmodulo.com
Summer research with students. Trying to locate an error in the code. Let's begin looking at main().
(Photo by Isabelle Gehrs)