Category: Current and Future Trends

Honeywell launches the answer to the NEST thermostat

Article

http://www.engadget.com/2013/04/10/honeywell-wi-fi-smart-thermostat/

From the horse’s mouth

Honeywell

Product Page

My Comments

Over the last few years, a Californian start-up had designed the NEST programmable central-heating thermostat which integrates with your home network via Wi-Fi for control via your computer or similar devices.

Now Honeywell, who is a well-known company in the central heating and air-conditioning field, have answered this device with a touchscreen-operated device, known as the WiFi Smart Thermostat, that also links with your home network. This uses an interface that most of us would find common with our smartphones or tablets; or with the recent HP multifunction printers like the OfficeJet 8600 series or the Photosmart 7510.

Like a lot of these network-based home automation devices, this thermostat uses Web-driven remote and local access for management. This can be facilitated through the mytotalconnectcomfort.com Web dashboard page or a client app for the iOS and Android mobile platforms. It facilitates the ability to have your heating or air-conditioning at home set to the preferred comfort temperature before you head home so you arrive at a comfortably warm or cool home.

It can work with most HVAC systems that use an outboard thermostat and also keeps tabs on humidity so you could use your refrigerated air-conditioning system to control overly-humid environments. The display uses a “multi-colour” background so you can have it integrated with your home décor as well as user control over its illumination so it doesn’t appear to be glowing too much.

Of course, it can work with most heating and air-conditioning systems but there are some setups which these thermostats need to cater for. One would be to work with hydronic (hot-water-based) systems that manage domestic hot water as well as room heat – a setup common in UK and Europe; as well as central heating and air-conditioning served by two separate systems – a setup common in Australia.

The NEST thermostat and the Honeywell WiFi Smart Thermostat will open up the market to increased real interest in network-enabled HVAC control.

Do you think we will end up with the smart watch on our wrists?

Article

Why You’ll End Up Wearing A Smart Watch | Gizmodo Australia

My Comments

With the increase in smart watches being developed by various companies including Google, Apple and Samsung, there has been optimism and doubt about whether we will start wearing these watches on our wrists.

What is the smart watch?

The smart watch is an extended-function watch that works with a smartphone as a wrist-based display for the phone. These watches are in a similar vein to the 1980s-era digital watch where the more functions it had, the more you could impress others with it. In a lot of cases, these functions served many practical uses like being able to time a process or log the duration of events like races.

It would tell the time using a customisable analogue or digital display but would be able to show up notifications from your smartphone. As well as being the clock, calendar, stopwatch and timer, it could also work as a remote control for your smartphone such as navigating the music that you are playing, selecting a contact to call or text or answering a call while you hear and talk to the caller via a Bluetooth headset. Another advantage that these would offer would be the ability for us to have a discreet glance at the watch if a message comes in on our phone.

Some doubters suggested that the smartwatch wouldn’t take off because of the fact that most young people don’t wear watches anymore. Instead they use the smartphone to tell the time or, if they have to have a watch, they would wear a quartz-driven dress watch. Of course, I would expect to see the smartwatch be considered as a wearable accessory to the smartphone and can evoke a level of curiosity from other people as we wear one of these watches just like it did with the digital watch.

What I would expect of the smartwatch would be to make use of Bluetooth 4.0 and similar technologies so it can run for at least 6 months on regular watch batteries. This is in addition to having a ladies’ form factor with similar functionality but appealing for the women to wear.

As well, it should be able to keep time independently of the host smartphone device yet use that device as a master clock for setting itself when initially started and when you cross time zones or whenever we change between standard time and daylight-saving time.

Personally, I would see these watches come on the scene as a viable practical mobile accessory for our phones rather than just a fashion accessory.

Your smartphone’s camera can take your pulse courtesy of Fujitsu

Article

Fujitsu tech takes your pulse with your camera phone – popular science, mobile applications, mobile, Fujitsu – PC World Australia

My Comments

The platform smartphone or tablet is starting to play an increasingly important role on personal health and wellbeing without the need to be dependent on extra peripherals. It is becoming increasingly relevant for these devices so you can keep an electronic record of observations or easily send the data to a doctor or clinic via email or cloud data service. This would lead to these devices becoming part of various home-based healthcare setups like management of chronic illnesses or catering to the idea of “ageing at home” where older people can stay at home independently or under the care of their relatives, friends or paid carers.

Previously I reported on the use of a smartphone camera and app that implements machine vision for “reading” certain urinalysis sticks, avoiding the need to check against confusing charts. I even put forward the idea of using similar “fluid-analysis” sticks and a smartphone app to check other liquids like drinks for “spiking” or “loading” or to check the pH level in a swimming pool.

Now Fujitsu has developed software code that makes a small digital camera like that installed in a smartphone or tablet as machine vision for taking someone’s pulse.This may be seen to displace the medical skill where you “pinch” the patient’s wrist near their hand and count the beats that you feel for a minute measured by a stopwatch or watch with second hand.

This concept works on the fact that the brightness of one’s face changes slightly as their heart beats and uses the presence of green light to look for haemoglobin which is part of the red (just oxygenated) blood cells. The procedure requires 5 seconds versus a minute with the orthodox method and the software can assess when patient is still for improved accuracy.

Fujitsu hopes to commercialise the technology in 12 months but there are questions on whether they will implement it in their own equipment or license it to other developers. For it to be popular, they would have to license the algorithms to other software developers to integrate in to their projects and / or release a finished software product to the platform app stores for people to use on their devices.

They also see this technology as facilitating unobtrusive measurement of one’s pulse using the camera on a PC, smartphone, smart TV, or tablet this being part of long-term observational-healthcare situations like chronic illness management.

What I see of this is the ability to use the cost-effective and ubiquitous hardware i.e. the multi-functional smartphone, tablet or Ultrabook to work as part of remote health care and allied applications with minimum need to use extra peripherals.

Dell catches on to the VAIO Tap 20 idea with its all-in-one desktop bridge computer

Articles

Dell announces XPS 18 – an All-in-One desktop that is also a tablet | Microsoft WIndows Experience Blog

Dell unveils massive 18″ Windows 8 tablet – say hello to the hefty XPS 18 | Tweaktown

Dell Reveals Crazy Big 18-inch Windows 8 Tablet/AIO | Tom’s Hardware

From the horse’s mouth

Dell

Product page (coming soon)

Blog post

My Comments

Sony recently released the VAIO Tap 20 (a computer I am hoping to review on this site)  which was effectively a bridge between an all-in-one desktop computer and a tablet computer and had defined this form factor. This was about an alternative to a regular all-in-one computer but was able to lie flat as a tablet computer. Promotional images that existed of this computer had shown family members sharing the large-screen computer by looking at the same screen to browse material.

I even followed this up by commenting on a Microsoft Windows Experience blog post about it being brought around by the post’s author to their parents’ house as part of a family visit. Here, the comments were about the VAIO Tap 20 being used by people of different ages and with different computer-familiarity levels. I cited the Tap 20 as being one of a few computers that would work well in the “family house” – the retired parents’ home that is visited by their children and grandchildren.

Now Dell have answered Sony by releasing a tablet/all-in-one computer that is similar to the VAIO Tap 20. This one uses a smaller screen size – 18 inches but has the same tablet abilities including short-term battery operation. There are plans for it to have a dual-core Intel processor and 320Gb on the hard disk with better configurations having the likes of i7 processors and 512Gb solid-state disks. The battery was rated for 5 hours run time.

What I see of this is that Sony’s and Dell’s effort could see the start of a new form-factor being defined – a desktop tablet computer. Here, this would implement a screen greater than 18” and have a wireless keyboard and mouse, but have full computing credentials like high-capacity hard disks and RAM. There would be a battery but it would be rated for around five hours or less while the computer is equipped with a collapsible kickstand. I am not sure whether these would come with integrated optical drives or not and this may depend on the model.

As I have said before, they would play well with formal and informal computing tasks especially with people who have different computing skill levels.

How could on-demand music-streaming services fit in to the music ecosystem

Article

Will Streaming Music Ever Be A Sustainable Business? | Gizmodo Australia

My Comments

Spotify screenshot with album tracklist

Spotify, one of the most popular online music-streaming services

As people cotton on to the likes of Spotify with its business model of free ad-supported desktop streaming and premium all-device streaming, we end up wondering which direction the trade in recorded music would go.

Some people reckon that use of these music services would displace the concept of buying music whether as CDs or vinyl from a physical store or online; or as “electronic hard-copy” files (MP3s, FLAC files, etc) from an online outlet like iTunes.

For me and most other readers, I get hold of music on a “to-own” basis where we prefer to buy a CD or record, or download music as an “electronic-hard-copy” format like MP3. Personally, I use Spotify as a tool to discover music of interest or give that album that I am thinking of a “test run” before heading to JB Hi-Fi to buy the CD or visiting BigPond Music or iTunes to “pick-up” the files.

The article was placing in to doubt the ad-supported or subscription-driven business models that these places use and whether they are really sustainable as far as the business is concerned. As a music consumer, I would like to see the development of an ad-supported or subscription-driven streaming service that is augmented by the ability for one to buy the tracks or albums as 320kbps MP3s or high-grade FLAC / WMA files on a “download-to-own” basis. This kind of service could be extended by the ability to buy CDs, SACDs or vinyl records through the service and have them shipped out to them.

Such a service could be offered by a pure streaming-content provider like Spotify through a partnership with someone like Amazon, iTunes or Deezer; and they could provide a “points model” or subscription rebate to support those who wish to buy the music as well as stream the new titles.

The streaming services can work alongside the “to-own” model of acquiring music and video material by allowing discovery and test-run opportunities for those of us who are thinking of newer content

Using a smartphone’s camera as machine vision for better fluid analysis using analysis strips

Article

Urine sample app lets users detect diseases with iPhones | Cutting Edge – CNET News

My Comments

I was amazed about the concept of having a smartphone’s camera along with a special app “read” a urine analysis strip to provide a better analysis of diseases and other issues that can be determined through urinalysis. This can allow for the in-home diagnosis that these strips provide but allow for improved accuracy in these tests. The end user doesn’t have to add any peripherals to the smartphone or tablet for these strips to work with the software nor does the device come in to contact with the fluid in question. Rather they use the camera integrated in this device to provide the “machine vision” for the software to do the analysis.

This app could also allow for further analysis for other illnesses and conditions by the developer programming it further for these different conditions.

But I would also like to see the concept taken further beyond health tests. For example, the use of a fluid analysis strip along with an app that “reads” the strip could come in handy as a tool to help with safe partying. Here, a fluid analysis strip could be placed in a hot or cold drink, then read by an analysis app which uses the smartphone camera for machine vision to determine if the drink has been spiked with drugs. The analysis app could also determine if a drink has been “loaded” with too much alcohol, by referring to a device-local or online database of known “alcohol ratios” for many drinks including the mixed drinks and cocktails.

Similar "analysis-stick” chromatography that uses a Webcam, smartphone camera or similar machine vision, can be taken further for consumer and applications like checking the condition of engine and battery fluids in a vehicle which can betray the truth about the condition of that used car he is trying to sell, or checking the condition of the water in a swimming pool so you can keep that pool in order.

Sony–now on to the network media server game

Articles

Previous Coverage on HomeNetworking01.info

Sony’s Personal Content Station – a mobile Wi-Fi NAS that you touch on with your Android phone 

From the horse’s mouth

Sony

Latest press release from Sony at Mobile World Congress

Personal Content Station LLS-201

http://youtu.be/eAowGfUeqjY – Link to this video if you can’t see it on this site or want to “throw” it to your DLNA smart TV using Twonky or similar software

Portable Wireless Server WG-C10

http://youtu.be/-C1HAQj0YpQ – Link to this video if you can’t see it on this site or want to “throw” it to your DLNA smart TV using Twonky or similar software

My Comments

Previously, I commented on a news article about Sony releasing a NAS that allows you to upload pictures from your Android device just by touching the device to this NAS. Now, Sony have premiered this device along with another mobile NAS at Mobile World Congress in Barcelona this year.

But there are two devices rather than the one device. The former device that I touched on previously allows you to upload photos, videos and other content to its 1Tb hard disk using USB file transfer, NFC or SD memory cards so you can effectively “dump” your pictures and videos from your smartphone, camera or camcorder, thus making way for new material.

The Personal Content Station can play the images to a regular “brown-goods” flatscreen TV using an HDMI connector or you can make them available through your home network using the open-frame DLNA standards. I would also like to be sure that you can transfer the images between your PC and this device using standard network file-transfer protocols like CIFS or HTTP. Of course there is the ability to use an accompanying app to “throw” the images to a social network, blog or other Website using your smartphone or tablet.

As well, the Portable Wireless Server can share the content you have on a USB storage device or an SD card to its own wireless network so you can quickly share “just-taken” photos with your smartphone, tablet or Ultrabook. This is becoming important with devices like the Dell XPS 13 which doesn’t come with an SD card slot or the detachable-keyboard hybrids that have a standard SD card slot only on the keyboard module.

The Sony Portable Wireless Server also works as an “external battery pack” for the many battery-thirsty gadgets that are important to our mobile online life. This is so true if you are dealing with the smartphone that serves as your mobile Internet terminal or your Walkman.

At least Sony is fielding devices that work as a team to satisfy the reality that confronts us through our online content-creation lives.

Why keep the VAT for e-books high?

Lately, France and Luxembourg pegged the Value-Added Tax (same as the GST in Australia, New Zealand and Canada and similar to the sales tax levied by US states) for e-books at the lower rate used for printed books.
Just lately the European Commission rapped them over the knuckles for daring to do this because they think that the “electronic hard copy” is a luxury and should be taxed the higher rate compared to the printed hard copy. I support France and Luxembourg for valuing the idea that the electronic hard copy of a book is as of the same value as the printed hard copy.  As well it is considered to be an important distribution channel for the book or magazine. For example, a lot of women like the strong romance novels in this format because others don’t notice they are reading these steamy stories on the train or bus – they just notice the Kindle, iPad or Nexus 7. Similarly this format suits serialised content more than the printed book. As well, the NAS could work as the electronic library on the home network.
Personally, I would like to see a situation where copyright and tax issues for artistic and similar works are treated the same no matter the publishing format or the distribution channel.

The second screen is now becoming relevant for console-based video gaming

Article

PS4 to get companion social app for tablets, PS Vita |Engadget

My Comments

Just today (21 February 2013), Sony was premiering the PlayStation 4 games console at their press event in New York City. They were promoting advanced “polygon-free” graphics which yielded realistic game views as well as support for “cloud-driven” console gaming.

This included various social-gaming options including the ability for an experienced astute player to help a novice player by effectively adding “dual controls” to the novice player’s controller. It is a feature that could have come in handy during a time when a friend of mine brought around the original PlayStation and rented a cricket game to play on the console. A person who lived with us had very keen interest in cricket and showed interest in this game but needed assistance with the video-game implementation of the sport.

But this console supports the new trend of the “second screen”. This option, which is implemented using apps on mobile-device platforms, is being explored by broadcasters and others with regular programmes but is being taken further by Sony for the PlayStation platform.

Most likely this concept would be positioned for social gaming, persistent scoreboards / inventory lists, alternate views such as overview maps, and similar activities to gain more out of the game. Of course, there will be the doubters that will say that the second screen is irrelevant especially for first-person shooters and similar games.

It will also be interesting to observe how much “in-sync” with the gameplay the second screen hosted on a separate device connected to the home network would be especially if extra action is to be viewed on this screen. Personally, I would make sure that you have the proper bandwidth available to your tablet when you want this function to work properly with the PS4.

A good idea would be to make sure that the Wi-Fi is strong to the games room and this could be achieved through the use of an access point with the wired network backbone. For that matter, most of the HomePlug AV wireless access points also have the Ethernet connections which can make this task easier with the PS4 connected to an Ethernet socket on the HomePlug access point while the HomePlug AV segment serves as the backbone.

Of course, this new console has a lot to be expected for its role in the lounge room, or the games room.

What could the dynamic E-ink keyboard mean?

Article

This Dynamic E-Ink Keyboard Needs To Become A Real Thing | Gizmodo Australia

My Comments

There have been many attempts and prototypes put forward in relation to a computer keyboard that uses dynamic labelling but a lot of these attempts yielded extremely-expensive implementaions.

Why bring about a keyboard with dynamically-labelled keys? One application would be to allow a user to implement a language-specific keyboard layout without having to rely on confusing labelling. Think of a German-speaking user who wants to implement the “QWERTZ” layout or a French-speaking user who wants the “AZERTY” layout, let alone keyboard layouts for the Hebrew, Japanese or other languages that don’t use Latin scripts.

Similarly, you could see implementations like “function key” grids that have keys labelled according to the program or situation. The obvious applications could include CAD/CAM/computer graphics with one touch access to often used commands and shapes; retail / hospitality POS with one-touch access to products and transaction types; let alone hardcore gamers wanting keyboards where they can “drop” actions to gain an upper-hand on their opponents.

For that matter, there could be one keyboard design for accessory keyboards that can be sold around the world, able to be connected to a Windows / Linux or Macintosh computer and showing the layout for the country that it is used in. Similarly a laptop manufacturer could show up with a keyboard that implements a keyboard layout that is particular to a user’s language.

Here, the proposed keyboards would use the E-ink technology that is used in the Amazon Kindle or other e-book readers. This technology would avoid extra layers and the need to keep refreshing the display area. Instead the E-ink’s weaknesses concerning animation may not be of concern for this application and allow for a cheaply-produced dynamically-labeled keyboard or keypad.

Of course, the USB and Bluetooth “human-interface-device” logical device classes would need to be updated to support dynamic labelling for keyboards and the operating systems would need to implement this as part of their class drivers for this device class. Initially we could see manufacturers implementing this function with device drivers and other manufacturer-specific software but there needs to be the action to implement this concept as a device class.