Smart Dust and Remote Sensing: The Political Subject in Autonomous Systems

Author(s):  
Ryan Bishop

A legacy of the ‘Long Cold War’ can be found in the multiple large-scale interrelated remote sensing systems operative in the present. Smart dust, for example, constitutes the basis of polyscalar computer systems of remote sensing at micro-levels and relates to ubiquitous computing, ‘pervasive networks’ and ‘utility fogs’ as potentially transmitting endless streams of ‘real time’ or stored data. Developed initially for DARPA, Smart Dust started with work by Kris Pister's team at UC Berkeley, who refer to the project as ‘autonomous sensing and communication in a cubic millimetre.’ The Limited Test Ban Treaty of 1963 pushed nuclear testing underground, forcing innovations in modes of remote sensing for purposes of verification. Because so much of teletechnological development depends on the understanding of the subject as an agent enacting its will upon a world of objects (including other subjects), the means of imagining extensions of that sensing and acting self invariably fold into and influence the interpretation of that self. The chapter provides a meditation on 'the auto-' and ‘the nomos’ as they pertain to autonomous sensing systems and the immaterial worlds that helped them come into being as well as their continuation into further systems of control at a distance.

2018 ◽  
Vol 2 (2) ◽  
pp. 44
Author(s):  
C.G.I. Partha ◽  
I.N. Budiastra ◽  
A.A.N. Amrita ◽  
I.M. Suartika

Aviation technology and space is one of the leading technology for developed countries, especially in the form of rocket technology and payload. Countries that are capable of mastering these technologies will be respected by countries all over the world. Indonesia as the island nation and the State's large and extensive maritime already should have independence in the mastery of the technology of the rocket and payload. Therefore, continuous efforts are required to achieve independence, including through enhancing aviation technology and space technology, particularly at early stages the rocket and payload. Remote Sensing Systems At the rocket's Payload was Test remote monitoring system image capture and the attitude of the launch payload through the computer screen (display) continuously (real-time) data obtained from sensors that are mounted on the rocket's payload. 3D point (x, y, z) must be expressed as a graph visualization perspective drawings of rockets with the appropriate direction. The radar conducted computer GS (Ground Segment) or Ground Control Station (GCS). The result of the attitude of the Rocket Test launch Payloads have been able to do the communication data transmission of images and data for 3D (x, y, and z) in real-time to the Ground segment. Wireless communication uses radio telemetry frequency 433 MHz, power of 100 mW, the distance range obtained in this study a maximum of 1000 meter in conditions in the air and without obstruction. 


1995 ◽  
Author(s):  
S. D. Lockwood ◽  
D. Hardin ◽  
G. J. Miller ◽  
C. Meesuk ◽  
P. R. Straus

Sign in / Sign up

Export Citation Format

Share Document