@@ -125,7 +125,7 @@ <h1 class="title">
125125
126126 <!-- Github link -->
127127 < span class ="link-block ">
128- < a href ="https://github.com/RobotControlStack/rcs " target ="_blank "
128+ < a href ="https://github.com/RobotControlStack/robot-control-stack " target ="_blank "
129129 class ="external-link button is-normal is-rounded is-dark ">
130130 < span class ="icon ">
131131 < i class ="fab fa-github "> </ i >
@@ -144,15 +144,15 @@ <h1 class="title">
144144 </ a >
145145 </ span >
146146 <!-- Model Link. -->
147- <!-- < span class="link-block">
148- <a href="https://huggingface.co/Juelg "
147+ < span class ="link-block ">
148+ < a href ="https://huggingface.co/RobotControlStack "
149149 class ="external-link button is-normal is-rounded is-dark ">
150150 < span class ="icon ">
151151 < img src ="static/images/hf_icon.svg " />
152152 </ span >
153- <span>Models & Dataset </span>
153+ < span > TBA </ span >
154154 </ a >
155- </span> -->
155+ </ span >
156156 </ div >
157157 </ div >
158158 </ div >
@@ -163,16 +163,19 @@ <h1 class="title">
163163
164164
165165 <!-- Teaser video-->
166- <!-- <section class="hero teaser">
167- <div class="container is-max-desktop">
168- <div class="hero-body">
169- <img src="static/images/RCS_Architecture.svg" alt="RCS Architecture" width="100%" />
170- <h2 class="subtitle has-text-centered">
171- <br>...
172- </h2>
173- </div>
166+ < section class ="hero teaser ">
167+ < div class ="container is-max-desktop ">
168+ < div class ="hero-body ">
169+ < video poster ="" id ="tree " autoplay muted loop height ="100% " preload ="metadata ">
170+ < source src ="static/videos/final_edit.mp4 " type ="video/mp4 ">
171+ </ video >
172+ < h2 class ="subtitle has-text-centered ">
173+ <!-- RCS: A lightweight layered architecture integrates core tools from robotics and exposes them through a Gymnasium-based API that enables seamless switching between simulation and real-world experiments.
174+ The individual layers can be easily customized in both Python and C++, making RCS equally suitable for end-to-end policy learning and low-level controller design. -->
175+ </ h2 >
174176 </ div >
175- </section> -->
177+ </ div >
178+ </ section >
176179 <!-- End teaser video -->
177180
178181 <!-- Paper abstract -->
@@ -198,15 +201,36 @@ <h2 class="title is-3">Abstract</h2>
198201 </ div >
199202 </ div >
200203 </ section >
201- < section class ="section hero ">
202- < div class ="columns is-centered has-text centered ">
203- < video autoplay loop muted playsinline width ="640 " height ="360 ">
204- < source src ="static/videos/final_edit.mp4 " type ="video/mp4 ">
205- Your browser does not support the video tag.
206- </ video >
204+ <!-- End paper abstract -->
205+
206+ <!-- existing frameworks often dont combine the learning part with the robot part or are hard to setup -->
207+
208+ <!-- Arch -->
209+ < section class ="section hero is-small ">
210+ < div class ="container is-max-desktop ">
211+ < div class ="columns is-centered has-text-centered ">
212+ < div class ="column ">
213+ < div class ="hero-body ">
214+ < h2 class ="title is-3 "> Architecture</ h2 >
215+ < img src ="static/images/rcs_architecture.svg " alt ="RCS Architecture. "
216+ width ="100% ">
217+ < div class ="content has-text-justified ">
218+ Fig. 1: The applications on the left side interface with the environment on the right side, which can be a simulation or a real robot, through the Gymnasium interface. Sensors, actuators, and data observers wrap the environment by mutating the action, and/or the observation space.< br >
219+ </ div >
220+ </ div >
221+ </ div >
222+ </ div >
207223 </ div >
208224 </ section >
209- <!-- End paper abstract -->
225+ <!-- End Arch -->
226+
227+ <!-- TODO: explain architecture -->
228+
229+ <!-- TODO: integrated hardware -->
230+
231+ <!-- TODO: show use cases -->
232+
233+ <!-- TODO: show results -->
210234
211235
212236
0 commit comments