From hnilsson@berkeley.edu Thu Oct 06 20:20:40 1994 Path: ashpoly!cascade!transat!eunet-fi!relcom!kiae!berkeley!hnilsson From: hnilsson@berkeley.edu (Hana Nilsson) Newsgroups: alt.conspiracy Subject: Discussion: The 10 countries vs 14 nodes mystery - count again Message-ID: <1994Oct06.202040.1330@berkeley.edu> Date: Thu, 06 Oct 1994 20:20:40 GMT Organization: UC Berkeley Department of EECS NNTP-Posting-Host: berkeley.edu X-Newsreader: Netscape 1.1N Lines: 11 The geographic math of Project Stardust doesn't add up. Nodes 01 to 10 correspond to US, Japan, Korea, Mexico, Germany, France, UK, USSR, Brazil, and Sweden. One routing path lists: 'cascade!transat!orbit-01!stardust'. Orbit-01? Are four of the relay nodes located on satellites? If Nodes 11-14 are in orbit, who is maintaining the transmitters now that Orion is bankrupt? -- Hana Nilsson Opinions expressed are solely my own and not those of UC Berkeley Department of EECS. ------------------------------------------------------------ From llindqvist@pipeline.com Fri Oct 07 02:33:40 1994 Path: ashpoly!cascade!transat!sunet!nordrelay!pipeline!llindqvist From: llindqvist@pipeline.com (Lucia Lindqvist) Newsgroups: alt.conspiracy Subject: Re: Discussion: The 10 countries vs 14 nodes mystery - count again Message-ID: <1994Oct07.023340.8075@pipeline.com> Date: Fri, 07 Oct 1994 02:33:40 GMT References: <1994Oct06.202040.1330@berkeley.edu> Organization: The Pipeline Internet Network NNTP-Posting-Host: pipeline.com X-Newsreader: TIN [version 1.2 PL2] Lines: 10 In article <1994Oct06.202040.1330@berkeley.edu>, hnilsson@berkeley.edu (Hana Nilsson) writes: > The geographic math of Project Stardust doesn't add up. > Nodes 01 to 10 correspond to US, Japan, Korea, Mexico, Germany, France, UK, USSR, Brazil, and Sweden. Satellite relays! That explains why the timecode delay on the Hamburg feed was exactly 240 milliseconds -- the speed of light to geostationary orbit! -- Lucia Lindqvist Zyxel U-1496E @ 9600 Telebit bps "They will send a copy in my place." From tsokolov@illinois.edu Sat Oct 08 15:46:40 1994 Path: ashpoly!bigsur!pacrim!jpgate!kamome!illinois!tsokolov From: tsokolov@illinois.edu (Tyler Sokolov) Newsgroups: alt.conspiracy Subject: Re: Discussion: The 10 countries vs 14 nodes mystery - count again Message-ID: <1994Oct08.154640.9114@illinois.edu> Date: Sat, 08 Oct 1994 15:46:40 GMT References: <1994Oct06.202040.1330@berkeley.edu> <1994Oct07.023340.8075@pipeline.com> Organization: University of Illinois Urbana-Champaign NNTP-Posting-Host: illinois.edu X-Newsreader: Netscape 1.1N Lines: 9 In article <1994Oct07.023340.8075@pipeline.com>, llindqvist@pipeline.com (Lucia Lindqvist) writes: > Satellite relays! That explains why the timecode delay on the Hamburg feed was exactly 240 milliseconds -- the speed of light to geostationary orbit! Nova isn't in a vault. Her code was transmitted to the orbital relays before the building burned. -- Tyler Sokolov Opinions expressed are solely my own and not those of University of Illinois Urbana-Champaign. ------------------------------------------------------------ From dlopez@pacbell.net Mon Oct 10 04:21:40 1994 Path: ashpoly!cascade!mxgate!coyoacan!pacbell!dlopez From: dlopez@pacbell.net (Dmitri López) Newsgroups: alt.conspiracy Subject: Re: Discussion: The 10 countries vs 14 nodes mystery - count again Message-ID: <1994Oct10.042140.7378@pacbell.net> Date: Mon, 10 Oct 1994 04:21:40 GMT References: <1994Oct06.202040.1330@berkeley.edu> <1994Oct07.023340.8075@pipeline.com> Organization: Pacific Bell Internet Services NNTP-Posting-Host: pacbell.net X-Newsreader: Netscape 1.1N Lines: 8 In article <1994Oct07.023340.8075@pipeline.com>, llindqvist@pipeline.com (Lucia Lindqvist) writes: > Satellite relays! That explains why the timecode delay on the Hamburg feed was exactly 240 milliseconds -- the speed of light to geostationary orbit! Satellite relays! That explains why the timecode delay on the Hamburg feed was exactly 240 milliseconds -- the speed of light to geostationary orbit! -- Dmitri López -- Pacific Bell Internet Services "Extraordinary claims require extraordinary spectra."