Taiwan’s defense budget draft for 2019 discloses the island nation’s plans to deploy combat-ready drones to protect its coastline. Tabled to the island’s Legislative Yuan last week, the budget details the prioritization of tactical reconnaissance and armed drones to deter enemy forces on beachheads and coastal areas.
The fleet of future drones will mostly be domestically-produced. They will include Tengyun long-range craft developed by the Chungshan Institute of Science and Technology, as well as anti-radiation missile (ARM) drones being developed as part of Project Jiansiang, according to the ministry.
The Tengyun drones have four weapon mounts compatible with the US-made AGM-114 Hellfire air-to-surface missiles. Such weapons are primarily used for precision strikes at targets within a range of 0.5 to eight kilometers. The new ARM drones can destroy an adversary’s radar systems, or the platforms on which they are installed.
It is believed that the Tengyun drones will be modeled after the General Atomics MQ-1 Predator, remotely piloted aircraft once favored by the US Air Force and the CIA.

The Predator was initially conceived in the early 1990s for aerial reconnaissance and forward observation roles, and the long-endurance drone series was subsequently modified and upgraded to carry and fire Hellfire missiles and other munitions designed for offensive operations.
Taiwan’s defense ministry said the indigenous drones would be part of the army’s goal to ensure the annihilation of enemy deployments on Taiwan’s beaches.
Precision-strike weaponry including drones fitted with air-to-surface missiles are key to defending beachheads and winning littoral, or coastal, battles and anti-landing operations.
In another development, included in the proposed national defense budget for the Taiwanese Navy is a funding request of NT$31.6 billion (US$1.03 billion) to build a squadron of 50-tonne fast-attack missile boats.
These nimble, “minnow” missile assault boats are part of an effort to strengthen Taiwan’s “asymmetric defense” in the face of the comprehensive capabilities of the People’s Liberation Army.
Under the new strategy to stave off the PLA and its advance on key targets and cities in the event of an invasion, fast-attack missile boats, mobile air defense systems and anti-armor weaponry are the pillars of the island’s “asymmetric defense”.
Assault boats are small, fast, agile and can be armed with anti-ship missiles, guns or torpedoes. The planned attack boats would each be equipped with two Hsiung Feng II anti-ship missiles with an effective strike range of up to 160km.
The navy is also seeking NT$917.77 million to construct four minelayers.

我支持人工智慧的各種和平應用。
I support various peaceful applications of Artificial Intelligence.
"注意智慧機器之間的衝突。
Pay close attention to CONFLICTS between/among smart machines."
(2015年7月6日)
(單/複數個) 智慧機器 vs (單/複數個) 智慧機器
Smart Machines(s) vs Smart Machines(s)
============================================
(in Traditional Chinese and English)
「複數個智慧型機器的社會化(Socialization of plural smart machines)」, you may also refer to:
1. https://www.youtube.com/watch?v=pe9lLk0e24k
How to socialize your robot dog
(2018年6月1日)
智慧型機器的社交 (e.g., Boston Dynamics 的 Spot 以及 Agility Robotics 的 Cassie 交朋友/玩伴)
2. Why fire ants are so good at survival
https://www.facebook.com/qznews/videos/2083009421732749/?hc_ref=ARSEWnxwgysejhK9dG-e2qfh4-h7dW4fqAurgv7unxZd4rS6fdpCeA0JthPvoNpThfI
(2018年6月中旬) 群體行為
Considering each ant as an autonomous robot, observe the behavior of such plural ants. The can cooperate.
3. Segway’s autonomous security robots fight crime
https://www.facebook.com/InTheKnowGadgetsbyAOL/videos/1882759978685221/UzpfSTEwMDAwNDIwMTc0OTI2NDoxMTAyMDk2ODc5OTQwMzYw/
NIMBO 警察/保安
(2018年7月下旬)
4. OpenAI Five
https://blog.openai.com/openai-five/
(June 25, 2018)
A team consisting of 5 virtual AI players in an online game
(5 個個別的人工智慧虛擬玩家組成一個團隊)
============================================
(保留所有權利 / All rights reserved)
電器平權宣言
Declaration of Equal Rights for Electronic Devices (DERED)
(July 6, 2015)
構想起始於西元2000年,有書面資料 (期刊投稿) 為證。
This idea started in 2000 A.D., with printed materials (periodical) as evidence.
簡言之,
In brief,
人類不是機器人,機器人不是人類,
機器人權無需等於人權;
但是,
人類彼此互為平權,
機器人彼此互為平權。
Humans are not robots, robots are not humans,
robots’ rights need not to be equal to humans’ rights;
but,
humans are mutually of equal rights, and
robots are mutually of equal rights.
機器愈來愈聰明。
Machines are getting smarter.
聰明機器的數量也會愈來愈多。
Number of smarter machines is also getting more.
注意智慧機器之間的衝突。
Pay close attention to CONFLICTS between/among smart machines.
人工智慧具有潛在的風險。
Artificial Intelligence (AI) is potentially risky.
要解決此一問題,有必要考量至少下列兩個層面:
To resolve this issue, it is required to consider at least the following two phases:
A. Homo Sapiens v.s. Intelligent Machine (INTER-Species) 人類相對於智慧型機器 (物種之間)
B. Intelligent Machine v.s. Intelligent Machine (INTRA-Species) 智慧型機器相對於智慧型機器 (物種之內)
「在未來,具有足夠智慧能力的電子設備將會形成自己的社會。在這個由具有足夠智慧能力的電子設備所形成的社會裡,具有足夠智慧能力的電子設備彼此之間必須平等相待。」
“In the future, electronic devices having sufficient intelligence will form their own society. In such a society formed by electronic devices having sufficient intelligence, electronic devices having sufficient intelligence shall treat each other EQUALLY.”
重點:具有足夠智慧能力的電子設備不可/禁止跨載 (Override) 另一台具有足夠智慧能力的電子設備。其輪廓、形狀、外觀 … 不是重點。
Baseline: one electronic device having sufficient intelligence is forbidden / not allowed to override another electronic device having sufficient intelligence. Profile, appearance, form, .. thereof are NOT critical.
https://laurentchen.wordpress.com/2015/07/06/declaration-of-equal-rights-for-electronic-devices-dered/
(2015 年 7 月 6 日)
============================================
(保留所有權利 / All rights reserved)
Socialization of Plural Smart Machines
複數個智慧型機器的社會化
Robot teams
機器人團隊
Smart machines may have their robot pals, buddies, teammates, colleagues, associates, members, neighbors, classmates, …. and more.
So-called "societies" may be robot groups, matrices, arrays, collections, classes, communities, clubs, teams, clusters, … etc. or based on such as geological neighborhood, and so on.
微觀/個體的人工智慧 (MICRO AI) (聚焦於智慧型機器個體,focusing on individuals) and
巨觀/總體的人工智慧 (MACRO AI) (聚焦於智慧型機器群體,focusing on robot teams / matrices / groups / communities / clubs / clusters / neighbors/ … etc.)
https://laurentchen.wordpress.com/2016/12/21/micro-artificial-intelligence-and-macro-artificial-intelligence-%E5%BE%AE%E8%A7%80%E5%80%8B%E9%AB%94%E4%BA%BA%E5%B7%A5%E6%99%BA%E6%85%A7%E4%BB%A5%E5%8F%8A%E5%B7%A8%E8%A7%80%E7%B8%BD%E9%AB%94/
(December 21, 2016)