Monday, August 14, 2017

Four Peranakan Cuisine Dishes

Buah Keluak

Chap Chye

Pork Trotters in Salted Vegetable


Daniel Feiler and I had lunch at Folklore, Chef Damien DaSilva's new restaurant serving a mix of Peranakan and Eurasian cuisine. Damien is a chef who won't compromise on quality of ingredients and the traditional way of cooking these rare heritage dishes. All the four dishes came out well, and it's probably the best Peranakan food in Singapore currently.
Clockwise from top left corner:
1. Nonya Chap Chye. Despite a lowly name which in Chinese just means mixed vegetables, its a distinctive dish, made tasty by the pork belly, prawns, black fungus and tiger lily buds.
2. A twist on the traditional Duck in Salted Vegetable Soup, using Pork Trotters instead. And made even more delicious by a dash of Armagnac brandy, and lime juice.
3. Looking like Caviar, a paste made from the contents of the Buah Keluak a fruit with a slightly bitter, rich, black-colored flesh. An icon of Peranakan cuisine.
4. The Eurasian style Singgang. A rare dish that I finally get to taste. Deboned Wolf-Herring in a mild curry-like paste.
Needless to say, I took home the unfinished Buah Keluak and Singgang. For my breakfast tomorrow to be eaten with freshly toasted white bread.

Hotels of the Future

Welcome to the Hotel of the Future

The hospitality industry has always been about good service, meaning not only efficient service, but also service with a personal touch. Thus pleasant receptionists, door men, concierges and housekeepers are part of the necessary DNA of a hotel. But the hotel industry is evolving in line with the changing needs of modern travellers and advances in digital technology allow the industry to cater to the considerably different ‘desires’ of the modern traveller.

Rising manpower costs, a shortage of people with good hotel skills, and a congenial personality may be one of the reasons for the trend towards hotels making greater use of digital technology, including the use of robots. But another reason for this digitalisation trend is that the younger generation of hotel customers are already very familiar with, as well as wholeheartedly embracing the digital environment, and they want the hotel of their choice to offer a more digital experience.

The hotel of the future may still have a tastefully furnished lobby and rooms, as well as beautiful landscaping and good restaurants. But the extent of digitalisation will make for a very different hotel stay experience. partnered with Dr. James Canton of the Institute of Global Futures for a study on Hotels of the Future [1] [2]. Although many of the predicted trends may be 10 to 20 years away, some have already taken root and are starting to grow. The majority of staff in the Hen-na Hotel in Nagasaki, Japan [3] and the Peng Heng Space Capsule Hotel in Shenzhen [4], China are robots.  Many of the services from the carrying of luggage to room service and laundry are mechanized, automated or done by robots.
Here is a list of some of the digital technologies Dr Carlton envisages for hotels of the future:

1. RoboButlers
Robot receptionists and concierges [5] will not only be able to do more tasks but will also be more human, complete with facial expressions and the ability to tell jokes. Their Artificial Intelligence brains will be capable of understanding and speaking dozens of languages. They’ll be able to do everything from checking in guests to carrying luggage and providing advice on shopping and entertainment in the area.

2. Made-to-order hotels
Made-to-order hotels are not such a far-fetched idea. Recent advances in material science, nanotechnology and the science of self-assembly [6] will make hotels be able to transform from one design to another according to changes in the profile of  customers, or trends in the market. Think of it as something like the animation robot series the “Transformers”. It’s a matter of changing the composition of their molecules stimulating self-assembly; a process already evident in Nature as seen in the growth of animal cells and mineral crystals. Such self-assembling materials will also have a memory that allows them to revert to their previous states.

3. Intelligent hotel buildings
The technology is already here for smart buildings [7] that incorporate thousands of sensors of all types to constantly collect data on the state of the building. This data will not only allow optimisation of lighting, temperature, water and electricity. The building will be capable of repairing itself and repainting itself. Needless to say, such buildings will also be able to record and monitor everyone and every event that takes place within the building. One of the most valuable aspects of such smart buildings is that with their solar panels and recycling of waste energy, they are highly energy-efficient and eco-friendly.

3. 3D printers
Travelers of the future need not worry about forgetting to bring toiletries or not bringing along sufficient suitable clothing. 3D printers [8] will be available for them to print out clothes, toiletries and other personal effects that they require. Just log on to an online shopping mall, and download the items that you would like to print out.

4. Dream machine.
Advances in neural technology, with the ability to stimulate or inhibit selected areas of the brain will make dreaming in your sleep a pleasurable experience [9]. Just connect yourself to a Dream Machine, select a dream you would like, connect to the machine via electrodes, pay for it via a virtual currency and turn it on. In a few minutes, you will fall asleep and start dreaming what you want to dream about.

5. High-speed airport transfers
Tiring airport transfers will be a thing of the past. You will be whisked to and from your hotel by a driverless car that arrives just in time, perhaps even a flying car [10] that lets you escape the nasty traffic snarls on the ground. Or if the Hyperloop [11] venture of Tesla Cars Chairman Elon Musk comes true, you will be able to travel in a low-pressure point-to-point tube at 760 m.p.h.

7. Using our DNA for confirmation of identity
No more credit card signatures, passport numbers, passwords or even facial recognition technology verification of identify. The ultimate proof of identity is your DNA [12]. Your hotel will be able to download from a vast database of human DNA, and match it with a sample painlessly taken from your body at the time of check in or for payment purposes.

8. Meals customized to your genetic makeup
Meals will be custom-designed to provide the best nutrition for your unique genetic makeup [13], with a machine that identifies your nutritional deficiencies in real-time. Meals may not be old-fashioned-delicious any more, perhaps just a drink from a test-tube. But then, perhaps that is all the traveller of the future desires.

Tuesday, April 4, 2017

The Secret Garden

Away from prying eyes
The secret garden thrives
A shrine to beauty in Nature raw
Feeling blessed I stare in awe
Of God's love it reminds
Of Nature and the tie that binds.

# I stumbled upon this secret garden in Changi Village, a nook carved out of the secondary vegetation. At least 30 varieties of plants growing in wild abundance. Hibiscus, Camelias, Bougainvillea, Bamboo, Ferns, Palm, Torch Ginger, Blue Pea, Morning Glory, Geraniums, wild Orchid, wild Yam and Tapioca and much more. May God bless the secret gardener.

Thursday, February 9, 2017

Tech Trends I would like to monitor in the next 5 years

* * All are in various stages of commercial application, but definitely advancing very rapidly in development.
1. Drones- By now everybody knows what drones are.
2. Internet of Things: Machines, appliances, 'talking' (sending data)to each other, and the data can be harvested for use to provide information for increased efficiency. Think your fridge telling your smart phone you are running out of butter for baking
3. Robotics: Robots everywhere from the factory floor to the home, in the air and under the sea. Remote vehicles mining for minerals under the sea-bed. Pilotless fighter aircraft.
4. Financial markets: Algorithmic trading, pattern recognition and high speed trading (think 1000 trades per second) enhanced by Artificial Intelligence
5. Smart wearables- smart watches, smart clothes, maybe smart shoes monitoring your health, sleep, mental state etc
6. Materials science: self-assembling (think Transformers), self-healing (think cars, bridges, buildings which repair themselves) things.
7. Swarm Intelligence: Self-organised superorganism made up of many individuals each of whose local behaviour translates to execution of a global task. Failure of one part does not cause breakdown of entire system. (Think insect swarms, fish schools and bird flocks moving as one superorganism though each member does not know the global task but only follow simple local rules). How about the Army having a Swarm bomb disposal squad.
8. Nano-robots injected into your blood stream for in-body, timed drug delivery.
9. Big data analytics: Sensors everywhere generate mounds of data. Pattern recognition with Artificial Intelligence (Classification, Optimisation, Prediction) to assist in decision-making.
10. Driverless vehicles- Not only cars but can possibly be convoys of mining trucks or a sea-going vessel
11. Electric vehicles- Already well on the way with expected future improvements in travel range and battery life
12. Augmented Reality: Any sort of computer-based system that overlays data on top of your current view of the world, while continuing to let you see the world around you. (think Pokemon)
13. Artificial Intelligence: Deep-learning neural networks: Machine vision, speech-to-text, text-to-speech, translation:For the first time, AI that learns by itself without us teaching them.
14. Renewable Energy: Solar, Wind, Hydropower- self-explanatory
15. Large scale Energy storage: Lithium-Ion battery networks that are capable of storing gigawatts of electricity (think Tesla's Gigafactory in the Nevada desert)
16. Blockchain for financial transactions: Helping to make multi-party financial transactions transparent and fraud-proof by having a central ledger that cannot be altered without the knowledge of all parties. e.g. Letters of Credit for international trade.
17. Biomimicry: Borrowing ideas from Nature's superior designs. Examples: Kingfisher's beak for Shinkansen Bullet Train, A building's ventilation copying how Termite mounds are ventilated, Velcro from seeds with burrs that attach to passing animals etc
18. 3D Printing: Printing out furniture, artificial limbs, toys or even a car?
19. Nanotechnology: Manipulation of Matter at the atomic and molecular level to create or alter materials
20. Quantum computing- When information can be both 1 and 0 at the same time and computing speed goes up by millions of times.

Monday, December 12, 2016

A Comparison of Living Costs In Several Cities

The website has a fairly comprehensive and reasonably accurate database on monthly living expenses in cities around the world. And a fairly accurate Cost of Living Estimator where you fill in your personal details and they come up with a monthly estimate of your monthly expenses.
I obtained the results below after filling in my estimated requirements in many items from groceries to Internet bills, to gym membership, eating out and public transport cost. For a household of two. This estimate excludes domestic help, and health insurance. *You can judge for yourself, the degree of accuracy of sample items for Singapore in the second and third images below.
My estimated cost of living is S$1,367.00 monthly. ***Please note that I am not typical: I don't have an interest in clothes, electronic gadgets, household furniture, entertainment, travel. I don't own a car or pay rent.
In Numbeo, I could automatically transfer my details to another city and see the equivalent costs in the local currency. From this, I converted back to SGD using currency converter's rate as at today.
So, there you are, a Table of Monthly Cost of Living in several cities in the world expressed in Singapore Dollar, and sorted by lowest to highest.
No surprises here except: Is Johor Bahru really that cheap? Also note the significant difference in costs between Manila, Makati and Davao in the Philippines. Although there is less difference between Indonesian major cities Jakarta, Surabaya and Bandung.

Wednesday, November 16, 2016

A Big Picture Explanation of What Affects the Direction of a Country's Stock Market

Investors can choose to earn returns through yields (interest payment) from bonds or dividends from stocks. Bonds (which are like loans) pay out a coupon (interest) on their principle. Stocks (not all) pay out dividends. But dividend payouts are not a certainty, and depends on the company's performance. The bond yield of a country is usually measured by the yield on its 10-tear bond. The dividend yield of a country is the dividend yield of its dominant stock market Index e.g. the SP500 or Singapore's STI.
One measure of whether a country's stock market is still attractive is the difference (spread) between the dividend yield of its stock market and the yield on its 10 year bonds. Sovereign bonds are risk-free investments (theoretically) and so a choice between bonds and stocks is a choice between no risk and some risk but potentially higher gain. The bigger (on the positive side) the spread between the two asset classes, the more attractive the stock market is. If bond yields go up, investors would prefer to put their money in bonds instead of the stock market.
The yield on US 10-year Treasuries used to hover around 1.75 % for weeks just before the Presidential elections. In May, it has hit a low of 1.32 %. When Trump won the election it shot up, and is now 2.23 %. So is the US stock market still attractive? If you look at the chart, it is barely so, since the spread between the average US dividend yield and the 10 year Treasuries yield is only 0.013%.
The greatest spread of 3.041 between stocks and bonds is in the UK. On the other hand, you can see that the negative spreads are all in currently countries which have economic or political or currency problems (e.g. Russia, Brazil, Turkey, Argentina). If you look at Japan, the reason why its stock market is still reasonably attractive is because: although the dividend yield is only 2.09, the 10 year bond yield is negative (-0.01) and therefore the spread is still quite significant. The dividend yield on Russian stocks is very high viz. 4.96. But the bond yield is also very high viz 8,78. And therefore the spread is negative.
Of course dividend yields and bond yields change every day, since they are a function of stock prices and bond prices. But if you had a time series (chart) of the spread which shows how it is changing each day, it would be very useful. [This can be done if you have a Bloomberg terminal].
With the change in the US Presidency, the markets have already priced in rising interest rates and inflation as they think that Trump will attempt to fix the economy by incurring higher national debt. So you can see that US 10 year bond yields are rising, the rest of the world will (and must) follow, and all things being equal stock markets in general are in for a rough time. [US$ is rising because higher US interest rates make the Dollar more attractive.]
* Stock and Bonds data from and as at 16 Nov 2016.

Wednesday, September 28, 2016

The Humanization of Robots and Artificial Intelligence

As robots and artificial intelligence (AI) become increasingly prevalent in human society, there is a trend to make them look , talk, think and behave more like us i.e. make them unto our image.  AI software already show some  human traits. Here are a few examples:

One of the latest techniques in AI called Deep Learning Neural Networks [DLNN] (commonly used in machine vision, speech recognition and search) is actually capable of dreaming. While other AI has to be fed data for input, DLNN is also capable of generating some of its own input data and has its own ideas of what an object should look like. This it does by entering into a dream-like state. You can view some artistic/hallucinatory/horror/Salvador Dali-like dreams of DPNN contributed by Google’s AI Group at 

As a one-year old child grows its brain sees and automatically classifies objects according to their likenesses viz number of features and their degree of similarity. For example cars, trucks, cranes, fire engines etc may be classified as vehicles by his brain maybe because they all have wheels, move on roads and people sit in them.. Later on an adult will teach him that this is a truck, this is a fire engine and so on. This is exactly how a DPNN learns. The unsupervised first stage groups objects into clusters based on degree of similarity and the second supervised stage builds upon this foundation to refine and differentiate objects in each cluster.

In Nature, only members of the same species will be capable of reproduction, not to mention breeding with members of the same family is taboo. This is called Speciation. One form of AI called Genetic Algorithms (GA)  ‘breeds’ solutions to problems by having a gene pool and evolving through generations till the best (fittest) solution is output has Speciation rules in its algorithms. Problems are encoded as strings of chromosomes and breeding is by cross-over and mutation of these strings. Simulating evolution of hundreds or thousands of generations, the GA evolves to produce better and better solutions. Some uses of GA are  optimising transportation schedules, work and school time-tables, portfolio creation in financial markets etc

As in humans, the evolutionary process ‘chooses’ the fittest parents to allow them to produce children who will in general be fitter than their parents. GA also fight for the right to reproduce. This they do by fighting in tournaments where the fitness function is defined. And winners will be allowed to reproduce the next generation. Unlike humans however, the defeated will be culled. They can also practice Elitism if this is decided by their programmers. Only a select group with desired characteristics will be classified as elites and allowed to breed. Degree of social mobility can be adjusted from time to time.

Fuzzy Logic is another form of AI which basically tries to make machines  look at the world in a more human way. The human brain can look at a problem or an object in a holistic way that machines can’t. One of the reasons for this is that humans think and see things not as digitally binary or black and white but degrees of truth. Thus a man may be described as somewhat tall or the temperature may be described as cooling-and we will understand it. Fuzzy Logic enables rules to be encoded in degrees of truth by having fuzzy membership functions (see image) where characteristics can overlap. The Japanese use a lot of Fuzzy Logic in their consumer appliances from rice cookers to air conditioners, refrigerators and washing machines. And the reason why your fuzzy logic rice cooker can consistently cook a perfect pot of rice. It can measure the realtime relationship between temperature, moisture, texture, type of rice etc and make its own judgement calls as to when and how much to reduce or increase the cooking time.