index: Replace tags with projects landing page

content/_index.md

@@ -145,7 +145,7 @@ sections:
         {{< youtube id="-BngtciwxfA" >}}
         {{< /columns >}}
         {{< hr >}}
-        [View more...](/tag/intelligent-wireless-systems/)
+        [View more...](/projects/intelligent-wireless-systems/)
     design:
       columns: '2'
       spacing:
@@ -172,7 +172,7 @@ sections:
         MUVR aims to remove the performance constraint of highly dynamic VR appliations by adaptively reusing the redundant VR frames being rendered for different VR users. The redundancy in each frame is decided at run-time by the edge cloud, which further reuses its redundant pixels compared with other frames. The design implementation over Android OS and Unity VR demonstrated that the design can reduce edge computation burden and transmitted VR frame data.
         {{< /columns >}}
         {{< hr >}}
-        [View more...](/tag/intelligent-edge-computing/)
+        [View more...](/projects/intelligent-edge-computing/)
     design:
       columns: '2'
       spacing:

content/projects/intelligent-edge-computing.md

@@ -0,0 +1,22 @@
+---
+title: Intelligent Edge Computing
+type: landing
+
+sections:
+  - block: portfolio
+    id: projects-intelligent-edge-computing
+    content:
+      text: |
+        # Intelligent Edge Computing
+        Edge computing remains a viable solution in task offloading to balance between network latency and computational power. Our research focuses on the co-design between mobile and edge systems to achieve better efficiency on mobile applications with heavy workload, such as mobile VR rendering.
+
+        {{< hr >}}
+        ## Related Papers
+      filters:
+        folders:
+          - publication
+        tags: ['projects-intelligent-edge-computing']
+    design:
+      view: compact
+
+---

content/projects/intelligent-wireless-systems.md

@@ -0,0 +1,22 @@
+---
+title: Intelligent Wireless Systems
+type: landing
+
+sections:
+  - block: portfolio
+    id: project-intelligent-wireless-systems
+    content:
+      text: |
+        # Intelligent Wireless Systems
+        Wireless communications, such as Wi-Fi, Bluetooth and Zigbee, play an important role in IoT and mobile application. However, the noisy wireless channel conditions and interference makes such communication less effective. Our research focuses on physical layer designs, and apply AI-assisted techniques for intereference cancellation and efficiency improvement.
+
+        {{< hr >}}
+        ## Related Papers
+      filters:
+        folders:
+          - publication
+        tags: ['intelligent-wireless-systems']
+    design:
+      view: compact
+
+---

content/projects/mobile-and-connected-health.md

@@ -3,7 +3,7 @@ title: Mobile and Connected Health
 type: landing
 
 sections:
-  - block: collection
+  - block: portfolio
     id: project-mobile-and-connected-health
     content:
       text: |
@@ -15,10 +15,7 @@ sections:
       filters:
         folders:
           - publication
-        tags: ['mobile-and-connected-health'] 
-        exclude_tags: ['on-device-ai']
-        kinds:
-          - page
+        tags: ['mobile-and-connected-health']
     design:
       view: compact
 

content/projects/on-device-ai.md

@@ -3,7 +3,7 @@ title: On-device AI
 type: landing
 
 sections:
-  - block: collection
+  - block: portfolio
     id: project-on-device-ai-papers
     content:
       text: |