9.0 GHz PLL with A*, share, NM Version (Analytical), schematic
Apple C1 ADPLL — 7.0 GHz (C1 is N4P)
Hint: NM Algo (Analytical)
2026年6月21日 星期日
2026年6月17日 星期三
2026年6月15日 星期一
EX#15-1 Comprehensive (選做題，可不做)
四選三
1. 設計基地台用高功率微波氮化鎵放大器，電路，數學模型，IC Die Chart
GaN, "Calibrated for 0.25 µm GaN-on-SiC RF process (Wolfspeed G2 / WIN NP25 class)" for base station
artifact (topology change, single device)
2. Build a city or a 3d landscape you choose. text to 3d model.
3. Build a Blue LED lattice model.
2026年6月14日 星期日
HW#15 Fractals (選做題，可不做)
1. Generate fractals from text. You may choose two themes to present. The following are some examples and the prompts that generate them.
artifact (share)
2. identify hazards in a fractal 3d assessment display, first person perspective, according to a real world photo, more in photo gallery Choose any photo to proceed with.
依據照片重建三維碎形場景，辨識其中可能的危險部位，需考慮視角與觀測位置轉換以便可以瀏覽各處細節，提供影像庫選取一張照片(可使用自選)
樣本參考
樣本參考
1. add 3d model in three.js
2. fractal 3d trees
3. a node's label only resolves once the probe reaches it
4. faithful positioning (like the photo)
3. Visualize math fractals
Make 2 fractals resembling natural 3d object such as clouds, lungs, blood vessels, ocean waves, and forests.
2026年6月8日 星期一
HW#14 Robot and BLV Navigation
課堂練習
Deadline: Saturday at 23:59 (one more week)
Send all the share links to me chang212@gmail.com by email with subject HW#14 [your id, your name]
3 選一
1. 參考Voronoi navigation app，製作以下場景的導航
task 1: make an entrance/exit. make the auto-navigation route deliberately exit through this gate (e.g., a waypoint placed just outside on the brick path) and go to central woods as destination.
task 2: set FPV (first-person view) and maintain horizontal view angle
task 3: show Voronoi Waypoints for navigation
提示：給還不熟悉Claude 的同學，如何套用既有導航系統到這個溜冰場情境(如照片)，已經會套用artifact 同學可以跳過
2. Implement Voronoi-based navigation for robots or BLV users
3. Benchmark the two static vs. dynamic Voronoi-based navigation. 30 seeds.
Voronoi start-up A* + Repelling
2026年6月6日 星期六
Follow up HW#13
Problem 1
以下是比較不同演算法得出的繞線以及比較不同繞線的電路效能
Trace Routing Errors and Repairs router optimization （original by Ms. Wu）
A* vs Dijkstra side-by-side comparison originally by Ms. Kuo
Problem 2
suggestions
- Add a short note on how CL1 and CL2 set the load capacitance the crystal sees: CL = (CL1*CL2)/(CL1+CL2) + Cstray. With 22 pF caps this lands near the common 12 to 18 pF crystal spec once stray is included, and stating it explicitly ties your part choices to the datasheet.
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