Selected configuration tradeoffs of contour optical instruments
The CONTOUR mission-status of implementation
Close approach to Sun using gravity assists of the inner planets
NASA breakthrough propulsion physics program
Mars imaging camera (MIC) on board PLANET-B
NEAR: the first launch in the Discovery program
The Aurora project: estimation of the optical sail parameters
Mars microprobe project instrumentation package
To the Sun and Pluto with solar sails and micro-sciencecraft
The Deep Space 4/Champollion mission
SMART 1: the first small mission for advanced research in technology
Mars ascent propulsion on a minimum scale
Mars 2001: a Mars 96 recovery mission
Comet Nucleus Tour CONTOUR: a mission to study the diversity of comet nuclei
Reducing planetary mission cost by a modified launch mode
The indirect launch mode: a new launch technique for interplanetary missions
Low-cost autonomous orbit control about Mars: initial simulation results
Design trade space for a Mars ascent vehicle for a Mars sample return mission
The Aurora project: removal of plastic substrate to obtain an all-metal solar sail
Solar sail mission applications for non-Keplerian orbits
Carrier spacecraft using Ariane-5 GTO piggyback launch
The MUSES-C, mission description and its status
Mission design for Deep Space 1: a low-thrust technology validation mission
Design and execution of the asteroid Mathilde flyby
Low-cost entry systems for future planetary exploration missions
Low cost mission to Phobos and Deimos
The Aurora project: a new sail layout
ODISSEE-a proposal for demonstration of a solar sail in Earth orbit
Spacecraft operations automation: automatic alarm notification and web telemetry display
Technology needs of future planetary missions
Touching Mars: 1998 status of the Mars Robotic Exploration Program
The Discovery experiment-The selection process: results to date
The parachute sail with hydrostatic beam: a new concept for solar sailing
A comparison of NEAR actual spacecraft costs with three parametric cost models
Design issues for a mission to exploit the gravitational lensing effect at 550 AU
Terrain shape recognition for celestial landing/rover missions from shade information
Preliminary ISAS Mercury orbiter mission design
Imaging of extrasolar advanced terrestrial planets
Contributions from particle physics engineering developments
Revolutionary systems and technologies for missions to the outer planets
NEAR Cruise and Mathilde flyby mission operations-report from the front lines of low cost missions