Mobile Broadband Report from UMTS Forum

A white paper from The UMTS Forum charts the technical and commercial path towards a new generation of high-speed mobile broadband systems.

Titled Mobile Broadband Evolution: the roadmap from HSPA to LTE, the white paper takes a holistic view of tomorrow’s widely predicted ‘data explosion’. In the global context of rapid growth in voice and IP traffic over both fixed and mobile networks, the paper paints a compelling case for 3G LTE (Long Term Evolution) as a vital next step for operators to anticipate and exploit the challenges of tomorrow’s data-driven world.

Following the large-scale introduction of HSPA, 3G network operators are already experiencing a massive increase in non-SMS mobile data traffic. Driven by applications such as consumer video, new networks with lower carriage costs per bit will be required to satisfy sustained growth in mobile broadband traffic over the next decade and beyond.

The white paper argues that HSPA+ and LTE technologies – deployed either in new or refarmed spectrum – will deliver spectral efficiencies capable of providing the required performance. The emergence of LTE as the next technology of choice for both 3GPP and non-3GPP networks will also result in unprecedented global economies of scale, further improving the cost per bit characteristics of these networks.

Based on an all-IP core plus a new radio interface based on OFDM, LTE promises downlink peak data rates up to 300 Mbps with increased spectral efficiency and more capacity for simultaneous users in the same cell.

LTE offers exceptional flexibility in the use of operators’ current and future spectrum assets. It can be deployed in either paired or unpaired spectrum: and while its full potential will be realised in bandwidths of up to 20MHz, it is also quite feasible to deploy LTE in far smaller tranches of just a few Megahertz.

A hallmark of LTE is the appearance of an Evolved Packet Core (EPC) network architecture, simplifying connectivity with 3GPP and 3GPP2 technologies as well as WiFi and fixed line broadband networks.

First technical deployments of LTE are expected in the second half of 2009, for commercial service openings between 2010 and 2012. The industry ecosystem that already surrounds LTE displays very strong operator and vendor commitment to LTE.

The phased release approach of 3GPP allows operators to introduce LTE in a flexible fashion, balancing their legacy network investments, spectrum holdings and business strategies for mobile broadband. The combination of multiband terminals with backwardly compatible infrastructure is central to this flexibility, allowing operators to build out service capability in line with device and spectrum availability. The deployment of LTE co-existing with WCDMA/HSPA promises to mirror the success of the deployment of WCDMA/HSPA co-existing with GSM/EDGE.

Industry support for LTE is not limited to the 3GPP community. LTE’s backward compatibility with 3GPP2 networks also raises the possibility of migration from CDMA2000 to LTE – as already signalled by several major operators in North America and Asia.

Looking beyond LTE, new access networks with wider spectrum bandwidths will eventually be needed to support anticipated dramatic increases of mobile traffic. Currently under study within the ITU, IMT-Advanced will support peak data rates of up to 100 Mbit/s for high mobility and up to 1 Gbit/s for low mobility scenarios. 3GPP will address these requirements in an upgrade for LTE networks referred to as “LTE-Advanced”.

Paper can be downloaded here.

The endless world of Mobile Apps is getting bigger

Mobile industry experts have warned the sudden rush of mobile application stores could cause confusion for publishers and advertisers.

Last week Microsoft, Nokia and Orange all announced the launch of app stores, joining the likes of Apple, O2, Samsung and Google Android as the industry bids to drive use of content services.


The move to mobile apps aims to offer consumers a richer experience than can be achieved via a mobile internet site. However, there's a risk that stores with different development requirements, marketing strategies and distribution methods will lead to market confusion.


At a recent CES session, Nick Montes, president of Viva! Vision, noted that people want three things from their cell phones. "They want to communicate, and they want to save time and kill time," he said.

It's probably not a coincidence that nearly every mobile application available can neatly fit into one of those categories. Whether consumers want to communicate with their friends via Facebook Mobile, save time by checking traffic with TeleNav or kill time with an iBeer, these and many other applications are available through a growing list of mobile application vendors. The question developers are undoubtedly asking is: Are they making as much money as they should be?


The world of mobile application stores is an increasingly fragmented one. Apple offers the App Store. Google has the Android Market. Nokia unveiled the Ovi Store. Microsoft will offer the Windows Marketplace. Palm's Pre store is in the works, and BlackBerry maker Research In Motion (RIM) is building its inventory.


The fact that Handango advertises support for 1,000 devices and eight different platforms should suggest the complexity of the mobile applications market. The proliferation of new platforms and devices certainly doesn't make anyone's job easier.

"It's so inefficient," says Roger Entner, head of Telecom Research for The Nielsen Company. "I mean, there's a reason why retail has a lot of department stores and very few manufacturer stores. Ultimately, you hope device manufacturers and carriers will realize the value in having a more centralized application store."

For developers, the world of mobile apps can be feast or famine, with luck playing a big part in any success. Marketing an application as a single title in libraries that range from Apple's 15,000 titles to Handango's 140,000 can seem like an exercise in futility. Presently, developers are basically left to fend for themselves when it comes to getting the word out about their products.


Although rags to riches success stories are coming out of the App Store (iFart has reportedly sold 350,000 copies), Barnard recently reported that App Cubby only broke even, with $65,000 in revenue and $65,000 in expenses. Still, he's excited about being a part of the App Store and thinks that an open discourse about the store's strengths and flaws can mean better apps as well as better devices. "Besides," adds Barnard, "I never got into this to become a millionaire. What I'm really excited about is that the App Store has allowed me to run an international, sustainable business out of my home. Not to mention, I love doing it."


According to a new study, some smartphone owners spent as much on applications for their cell phones last year as they did on the devices themselves.

Call it the Apple App Store effect, says the ABI Research study on mobile storefronts. Despite having one of the smallest catalogs of all the development platforms -- now around 15,000 app titles compared to 85,000 each for Palm and RIM -- Apple's iPhone App Store has generated significant sales across the board.

As a result, this year more mobile application storefronts will be launched from Nokia, Palm, RIM and Samsung, said Orr.

The study, conducted in November, asked 235 U.S. smartphone users who installed applications on their devices in 2008 how much they had spent in the last 12 months. ABI found that almost 17 percent doled out between US$100 and $499 for mobile apps. The majority spent between zero cents and $100.

Considering how cheap most mobile apps are, starting for as little as a buck at Apple's App Store, that translates into a lot of downloads. There has also been a lot of excitement about mobile apps thanks to Apple heavily marketing its App Store for the iPhone and iPod Touch.

Of course, notes Orr, the downside is that Apple has created the expectation that all mobile apps should be as cheap as the ones it offers. On Dec. 31, 96 percent of the 12,000-plus titles in the App Store cost less than $10. That's cheap compared to the rest of the industry, which charges between $7 and $25 a pop.

Not everything in the App Store is truly a bargain, though. While some simple utilities go for less than $1, there are a number of professional apps that go for far more, like a stage lighting app called iRa Pro which costs $900.

ABI projects mobile app sales to rise from "hundreds of millions of dollars" this year to over a billion dollars in 2010.

Mobile Advertisement may help industry achieve salvation

I have blogged in past that mobile advertisement industry will probably grow and its the same feeling that has tempted companies like Nokia to jump in this arena. Unfortunately the latest news is that Nokia is planning to cut its workforce in the advertisement division:

Just a year after establishing a division dedicated to mobile advertising networks, Nokia has slashed half the UK-based unit's workforce, with the loss of about 30 jobs.

The numbers may not be huge in the context of major vendors' cutback programs, but it is indicative of the gap, in the short term at least, between Nokia's dreams of turning into a web services giant, and the reality of keeping its conventional business ticking over through a downturn.

All is not lost though. As more consumers surf the Web on handsets like the iPhone 3G, the U.S. market for local mobile search will balloon from $20 million in 2008 to $1.3 billion in 2013, according to a report from the Kelsey Group.

The report, "Going Mobile: The Mobile Local Media Opportunity," said only about 20% of U.S. cell phone subscribers are on the mobile Web right now, and only about 5.2 million are doing searches. Because of this, SMS advertising is the dominant form of mobile advertising.

But the firm said habits will change over the next few years, and more mobile data networks will get rolled out. Local search in particular will be a beneficiary, and it's expected to grow in volume from 28% to 35% by 2013.

There is also interesting analysis on Mobile Advertisement market in The Mobile Broadband Evolution whitepaper:

Mobile search ads are billed to create their own sector of business in the advertising space. According to ABI Research (Mobile Search Critical as Search Advertising Races Towards $5 Billion in 2013. ABI Research. 16 April 2008), the market for mobile search ads is projected to jump from $813 million in 2008 to $5 billion in 2013. Over the same period, SMS searches will increase nearly six-fold, from 13 billion to in excess of 76 billion.

Juniper Research expects nearly 1.3 billion users – 30% of the mobile subscriber base – to use local mobile search services by 2013.(Local Mobile Search Finds Favor. Juniper Research. 29 April 2008) Juniper believes that advertising supported local search will be the key to driving this sector, with the caveat that the effectiveness of advertising in this sector will vary widely according to local conditions. The best equipped regions are thought to be Western Europe and North America, as countries within these regions typically have good local digital information suppliers such as Yellow and White Pages, as well as good mapping data. Total mobile search revenues are expected to reach $4.8 billion by 2013 with the caution from Juniper that “advertising overload” might act as a disincentive to consumers.

Every six months, The Mobile Marketing Association updates its global Mobile Advertising Guidelines providing advertising guidelines and best practices necessary to implement mobile advertising initiatives, including mobile web banner, MMS messaging, downloadable applications and mobile TV and video. (Mobile Marketing Association Publishes Updated Global Mobile Advertising Guidelines. Mobile Marketing Association. 28 October 2008.) With guidelines in place, consumers can expect to see more ads on mobile phones. Informa Telecoms & Media projected the mobile advertising industry would be worth $1.72 billion in 2008 and will rise to $12.09 billion in 2013.(Mobile Advertising: Cutting Through the Hype, 2nd Edition. Informa Telecoms & Media. 10 July 2008) According to eMarketer, worldwide spending on mobile advertising reached nearly $2.7 billion in 2007 and was expectedo each $4.6 billion in 2008, rising to $19.1 billion by 2012. (eMarketer: Worldwide mobile ad spending to hit $19.1 billion by 2012. eMarketer. 27 March 2008.) Most ad dollars will go to text messaging; SMS, MMS text-messaging and mobile instant messaging. Mobile email will account for more than $14 billion of the $19 billion total expected in 2012; up from $2.5 billion in 2007. The expansion of display and search advertising on mobile phones worldwide is expected to reach $1.2 billion and $3.7 billion respectively by 2012.

Arthur D. Little predicts that in the coming years, mobile advertising is poised to be the next major digital media platform for brands to reach customers, and the key telecoms players have a great deal to gain from bringing their services to the market early. (Little, Arthur D. Report Forecasts 60% Annual Growth in Mobile Advertising over the Next 4 Years. 20 May 2008.) Roughly 60% annual growth in mobile advertising spending over the next four years is predicted in its 2008 report. Future mobile advertising formats will be more interactive and dynamic than online advertising or mobile advertising today, including call waiting, idle-screen advertisements, mobile TV ads, games and voicemail ads. Push ads via SMS/MMS are another traditional option. The Arthur D. Little report cites the Blyk case study: Blyk, a UK-based Mobile Virtual Network Operator, successfully launched large-scale mobile advertising to early adopters with a 29% response rate by using highly defined target groups and user data to achieve such a positive rate compared to .05% response rate for typical online marketing campaigns.

A report from GfK and social network website, Limbo revealed that mobile advertising awareness grew 33% in nine months, suggesting an increased allocation of advertising dollars to mobile formats through the first nine months of 2008. Nearly four out of ten, or 104 million, Americans with a mobile phone recall seeing advertising on their devices between the months of July and September 2008, marking the first time the number of Americans aware of mobile advertising has exceeded 100 million in a three month period. (More Than 100 Million Americans Viewed Mobile Ads in Q3 2008. Cellular-News. 3 November 2008) The most commonly viewed mobile ads were in the form of SMS messages, reaching 60 million consumers – a 42% increase in nine months. The report also noted that although Mobile Web advertising had about half the reach of SMS ads, it also saw strong growth, with 31 million people recalling ads in this format.

A report by Media Analyst Screen Digest examined the emerging market for rich media advertising delivered to consumers via their mobile phone in the form of TV, video, games, user-generated content (UGC) and music. Screen Digest projects the market for rich media advertising on mobile will reach $2.79 billion by 2012, with global mobile TV advertising accounting for the lion’s share at $2.44 billion. By 2012, advertising will account for 20% of mobile TV revenues. The reason for success? More ubiquitous than the PC, the mobile method offers the opportunity to send personalized messages to people in all markets. Advertising sent via mobile phones reaches the recipient directly, wherever they are, at any time and location, offering effective targeting as well as interactivity and consumer engagement. “The potential is huge, and some of the world’s largest companies are vying for control of what they see as the next major advertising medium,” stated David MacQueen, co-author of the report.(Mobile Advertising Using Rich Media Formats. Screen Digest. 29 April 2008.)

Key findings of survey conducted by Transverse and iGR consultancy provided insight to mobile customers’ phone use and their willingness to view advertisements in exchange for discounts to their monthly service bill. “Mobile advertising has taken on many forms, and is generally considered to be obtrusive. But when consumers are given the choice to receive ads and share their usage patterns in exchange for discounts, mobile advertising has the potential to be highly targeted and highly effective,” stated Iain Gillott, President of iGR. (Survey Finds 61 Percent of Mobile Users Would Agree to View Advertising for Discount on Monthly Bill. FierceWireless. 18 November 2008.) Among those surveyed, 46% said that a 25 to 50% discount on their monthly bill was enough of an incentive to provide access to their usage patterns, including browsing, email and texting habits, as well as location – but not personal information such as the content of texts and emails.

Dual-Cell HSPA in Release 8 and beyond

Some interesting developments are ongoing in the 3GPP standardisation from Release-8 onwards. You must be aware that the current bandwidth in UMTS/HSPA is 5 MHz. Since most of the operators generally won bigger chunk of spectrum of contiguous 5MHz band, they can actually combine these chunks to create a larger spectrum and hence increase data rates.

In Release 8 in downlink, it is possible to increase data rates using either a combination of MIMO and 64QAM or dual-cell HSDPA for operation on two 5MHz carriers with 64QAM, data rates reach up to 42Mbps.

In deployments where multiple downlink carriers are available, the new multicarrier operation offers an attractive way of increasing coverage for high bit rates. Rel-8 introduces dual-carrier operation in the downlink on adjacent carriers. This technique doubles the peak rate from 21Mbps to 42Mbps without the use of MIMO – it doubles the rate for users with typical bursty traffic; therefore, it also doubles the average user throughput, which translates into a substantial increase in cell capacity.

You may remember that I mentioned earlier that the operators are not too keen on going for MIMO for non-LTE technology. This is because they will have to upgrade their hardware and the antennas which could increase their cost significantly for a technology that is not going to be around for long.

Another thing to note before it becomes too confusing is that there are two terms for 'DC' being used right now. One of them is 'Dual Carrier' and other is 'Dual Cell'. In Release 8, the term being used is Dual-Cell for HSDPA which is also known as DC-HSDPA. The Technical specification to follow is 3GPP, TR 25.825 “Dual-Cell HSDPA operation” V1.0.0, May 2008.

The Dual-Cell assumes that both the 5MHz bands are contiguous. If they are not then the better term to refer for DC is Dual-Carrier.

A dual-carrier user can be scheduled in the primary serving cell as well as in a secondary serving cell over two parallel HS-DSCH transport channels. All non-HSDPA-related channels reside in the primary serving cell, and all physical layer procedures are essentially based on the primary serving cell. Either carrier can be configured to function as the primary serving cell for a particular user. As a consequence, the dual-carrier feature also facilitates an efficient load balancing between carriers in one sector. As with MIMO, the two transport channels perform hybrid automatic repeat request (HARQ) retransmissions, coding and modulation independently. A difference compared to MIMO is that the two transport blocks can be transmitted on their respective carriers using a different number of channelization codes. In terms of complexity, adding a dual-carrier receiver to UEs is roughly comparable to adding a MIMO receiver. Because the two 5MHz carriers are adjacent, they can be received using a single 10MHz radio receiver, which is already be available if the UE is LTE-capable.

Following the introduction in Release 8 of dual-carrier operation in the downlink, 3GPP is now discussing operation on multiple 5MHz carriers. Multiband operation of multiple carriers allows a single user to simultaneously aggregate and use the spectrum distributed over different bands. This gives operators greater fl exibility when using available spectrum. Increasing the number of carriers that UEs receive from two to four doubles the peak rate and achievable user throughput. For bursty traffic, this translates into substantially greater capacity, either as a larger number of users at a given data rate, or as a higher data rate for a given number of users. To substantially boost spectral effi ciency, 3GPP is studying the combination of dual-carrier operation and MIMO with 64QAM in the downlink, thereby doubling the peak data rate to 84Mbps. Similarly, they are studying the combination of MIMO, 64QAM and up to four downlink carriers to support peak data rates of more than 100Mbps. The support for UE reception on two frequency bands is an enabler to DC-HSDPA for operators who do not have adjacent 5MHz carriers available in one band, and is therefore of key importance for the further evolution of multi carrier HSPA.

As a consequence of increased data rates in downlink, the uplink data rates need to be improved too. From the aggregation of multiple FDD downlink carriers, the paired FDD uplink carriers can be utilized for improved uplink transmissions. 3GPP studies the usage of two adjacent 5MHz carriers for dual carrier uplink transmissions (DC-HSUPA) supporting data rates of up to 23Mbps. A further benefit of utilizing two uplink carriers is the possibility to support more efficient load balancing in the uplink direction.

In summary, uplink multicarrier operation increases availability as well as coverage of high data rates in the uplink.

In Conclusion, Rel-8 defines improvements in HSPA to achieve higher rates through dual carrier or combined 64QAM+MIMO operation. With the Rel-8 specification nearing completion (targeted for March 2009), planning is already under way in 3GPP for Rel-9 and Rel-10. Further multi-carrier and MIMO options are being explored for HSPA in Rel-9 and Rel-10

If you want to explore this topic further see:

• Nomor research White Paper – Dual Cell HSDPA and its Future Evolution.
• WirelessMoves - Dual Carrier HSDPA - The Push Beyond 5 MHz
• Ericsson - Continued HSPA Evolution of mobile broadband

Mobile broadband to get cheaper

The operators have now got an opportunity to get out of this rat race of constantly upgrading their networks. An article in Broadband Genie mentioned that because of recession operators may delay upgrading their network. The situation reminds me of the time when 3G rollouts were announced.

The operators who spent billions on 3G spectrum didn't seemed very keen on rolling out a network and except '3' which was a greenfield operator in many European markets, most operators took their time to roll out 3G. Those operators have now caught up with others in HSPA rollouts. The same situation is likely to occur in LTE rollouts.

The interesting thing that we have to remember though is that when 3G was being rolled out, there was only one main existing technology called GSM and people used to use dialup connections and we were not hooked on broadband. Now there are many competing technologies vying for the broadband users. We have WiMAX that will be the main competitor and iBurst and WiFi is very common as well. WiFi is free or is available at really low rates, the difficulty being to find one. Recently Inmarsat launched mobile broadband via satellite across the whole of Australia so this is another possibility for Mobile broadband.

If you look at all the options above it is difficult to see how the operators will be able to raise the prices. The only option for it is to go down. Its not difficult for them if they price it properly and optimise their networks. Going back to the Broadband Genie article there was an interesting observation:

Broadband Genie believes that, while pricing models are certainly going to change, it may not be a bad thing for everyone, as heavy users will be charged for the amount they download and less bandwidth intensive consumers may see prices fall.

So in the long term the prices of broadband will come down but at the same time there will be more applications requiring mobile internet use thus increasing our appetite to consume more and maybe the prices will increase for those heavy users. In the meantime enjoy your mobile broadband.

"Upskirting" with mobiles

First there was Sexting and now I came across Upskirting. Apparently hundreds of thousands of photographs taken up unsuspecting women's skirts being posted online, the practice of 'upskirting' is clearly on the rise.

It is impossible to judge how many women have been victims of upskirting, though a quick internet search yields hundreds of sites with hundreds of thousands of images. And there may be millions more pictures on phones and laptops that have never been shared. They have been taken in the street, on escalators in shopping centres, on trains, at bus stops and in supermarkets, schools, offices and nightclubs.

Upskirt photography is also routinely used by paparazzi photographers. Usually taken as a woman steps out of a car, "crotch shots" are prized by newspapers such as the Daily Sport and countless gossip and porn websites. While it is often assumed that a handful of celebrities, such as Britney Spears and Paris Hilton, actively encourage upskirt shots, many famous women are deeply upset by the prospect. In a recent interview, the Harry Potter actor Emma Watson described how, on a night out to celebrate her 18th birthday, "I realised that overnight I'd become fair game." (The rules that govern photographs of people under 18 are stricter than those for adults.) "One photographer lay down on the floor to get a shot up my skirt ... The night it was legal for them to do it, they did it. I woke up the next day and felt completely violated by it all."

There are endless web forums where "amateur" upskirters can exchange tips on how to get the "best" pictures. One was posted by a man who had made a "cam-bag" - a holdall with a specially made pocket with a hole in it for a digital video camera lens. Another writes: "Never forget to shoot their faces before or after to know which girls the ass belongs to ... After the first 50 asses, they look very similar and you lose most of the fun. After upskirting them, either step back and wait for them to turn or step by them and shoot direckly [sic] sidewise." Another poster, who says he operates "mostly at theme parks and tourist hotspots, or really anywhere that draws a large crowd of spectators and cameras", walks around until he finds "an attractive young lady, preferably a teen for my tastes, and then I evaluate the situation." He will often sit down next to a young woman and surreptitiously film her while pretending to fumble for new camera batteries in his bag.

On yet another site, one man posts: "I've been upskirting chicks, mostly at clubs, for almost two years. The club I go to is a great spot, real crowded, strobe lights going, loud music, so no one notices me sitting near the edge of the dance floor and if a woman in a skirt ends up by me I stick the cam under and snap."

In this country (UK), there is no specific legislation against upskirt photography, though it is covered by other laws. "If the person being photographed is in a place which would reasonably be expected to provide privacy in the circumstances, it may amount to the offence of voyeurism under the Sexual Offences Act 2003," says Linda Macpherson, a lecturer on law and expert on legal aspects of photography. "A person convicted of this offence may also be placed on the sex offenders register."

It could also come under the criminal offence of "outraging public decency". Macpherson cites the 2007 case of Simon Hamilton, a barrister, who was convicted after secretly filming up the skirts of women in supermarkets. "He appealed on the basis that, as none of the victims had been aware of the filming and no one else had seen it, public decency could not have been outraged. However, the court of appeal held that it was sufficient that the lewd act had occurred in a public place, and that there were at least two persons present capable of seeing it even if they had not actually seen it."

Repeat offender Andrew Mackie was this month jailed for one year for taking photographs of women in Sunderland and Durham city centres, and breaching a sexual offences prevention order which forbade him from owning a camera after he was convicted of similar offences in 2006.

A lesser sentence, however, was given to Guy Knight, a former chartered accountant from Seaford in East Sussex. He took photographs up women's skirts on trains over a five-month period while commuting to work. He was caught after suspicious passengers reported him to the police. More than 200 illicit images were found on his phone and laptop. Ten of the women in the pictures were traced by police, none of whom were aware they'd been photographed. Last year, he was fined £500 and ordered to pay £500 costs. Detective Constable Bob Cager was reported to have been "extremely disappointed - we thought he would have received a heavier sentence".

While the image of the "Peeping Tom" may seem quintessentially British, upskirting is not confined to the UK. In the US, where many of the images posted on the internet were taken, a recent incident led to a change in one state's law. In Oklahoma in 2007, charges against a 34-year-old man, who had been arrested for kneeling behind a 16-year-old girl in a shop, placing a camera under her skirt and taking a photograph, were dismissed after an appeals court concluded that "the person photographed was not in a place where she had a reasonable expectation of privacy". But in response to local outrage, the law was extended, making the photography of another person without their consent for "prurient, lewd or lascivious purposes" illegal.

In Japan, upskirting is so rife that all mobile phones sold now make a sound that cannot be turned off when a photograph is taken. And several Australian states have specific laws banning upskirt or down-blouse photography.

For women who have become aware of such pictures being taken of them, "it can be extremely distressing," says a spokesperson from Victim Support. "The sense of violation can be the same as with other forms of sexual assault. We would encourage anyone who has been a victim to contact us." Parkinson says of her experience, "I felt unsettled, targeted, and helpless; there was nothing that could be done about what had happened, and nothing I could do to prevent it from happening again."

The "defence" used by some upskirters is that since the majority of shots are taken without the woman's knowledge, and there is usually no way she can be identified to the wider public, there is no "victim". But Sasha Rakoff, director of Object, a group that campaigns against the objectification of women, says it is symptomatic of the perceived notion that women's bodies are public property. "You see upskirt shots on the front of the Sport newspaper and lads' mags, which consistently promote Peeping Toms by printing pictures of readers' girlfriends, and glamour models in "private" settings, such as the shower. Is it any wonder that men - equipped with the latest, cheap and readily-available 'mobile spyware' - then enact real-life voyeurism?

"Whatever barriers might exist to being a Peeping Tom have been comprehensively eroded by the male-orientated media, while men who already had no qualms over this form of sexual invasion are routinely vindicated in their belief that such behaviour is acceptable."

Off on Holidays

Off on holidays, so:

• No new posts
• No news comments approved

See you in a week and bit.

Whitepaper: Mobile Broadband Evolution

3G Americas has released this new paper that can be downloaded from here.

An extract of what it contains from its preface:

This new 2009 paper, The Mobile Broadband Evolution: 3GPP Release 8 and Beyond provides detailed discussions on the HSPA+ enhancements in Rel-8 as well as the EPS, EPC and LTE architecture, features/capabilities and performance estimates. The paper also addresses 3GPP planning for Rel-9 and Rel-10 content which has already begun. In addition to further enhancements to Evolved HSPA or HSPA+, Rel-9 will be focused on features that enhance upon the Rel-8 EPC/LTE capabilities in areas such as location, emergency and broadcast services, support of CS over LTE, Home NodeB/eNodeB architecture considerations (i.e. support for femtocell type applications) and IMS evolution. Further, a new study item in 3GPP will define evolution of the LTE technology to meet IMT-Advanced requirements (called LTE-Advanced), at the same time as work is commencing on the above Rel-9 enhancements. 3GPP recognizes the need to develop a solution and specification to be submitted to the International Telecommunication Union (ITU) for meeting the IMT-Advanced requirements, and therefore, in parallel with Rel-9 work, 3GPP is working on the LTE-Advanced study item which is likely to define the bulk of the content for Rel-10. The white paper The Mobile Broadband Evolution: 3GPP Release 8 and Beyond includes discussion of Rel-10 and what requirements will officially define "4G" technologies with the significant new technology enhancements to EPC/LTE for meeting the very aggressive IMT-Advanced requirements.

3GPP Humour with MIMO ;)

TSG-RAN WG1 Meeting #56 R1-091041
Athens, Greece, 9 – 13 February, 2009

Source: MIMO Very Late Session
Title: Text proposal for TR36.814 on M.I.M.O.
Agenda Item: 12
Document for: Text Proposal


During offline discussion after the parallel session on Agenda Items 12.3 and 12.4, the very late session attendees arrived at the following text proposal for inclusion into TR 36.814.

--- Start text proposal ---
Annex B1: M.I.M.O. (Informative)

B1.1 Scope

The following section describes the M.I.M.O. approach and is best understood in conjunction with the tune of the song “Y.M.C.A.” performed by Village People played in the background.

B1.2 Lyrics

U-E, when your channel looks fine,
I said, U-E, give the network a sign,
Which means, U-E, give a high C-Q-I,
To report what you have measured.

U-E, there is data for you,
And two codewords,
I think they may come through,
So let's put them onto different ports
And use spatial multiplexing.

In other words it is M-I-M-O.
In other words it is M-I-M-O.
You don't need M-L-D,
There are plenty of ways,
Manufacturers have a choice ...

M-I-M-O.
In other words it is M-I-M-O.
Two antennas you need,
Four by four is agreed,
And your throughput can be so high!

U-E, can you see the Node-B?
Come on, U-E, should it do T-x-D?
Alamouti is a simple approach.
But you've got to know this one thing!

Node-B is not serving just you.
I said, Node-B, has a whole cell to do,
And at cell-edge there's no M-I-M-O
'Cause the S-I-N-R is low.

You cannot always do M-I-M-O.
You cannot always do M-I-M-O.
Two R-x ports you have
So you still can combine,
And the coverage should be fine ...

M-I-M-O.
It's good for you to use M-I-M-O.
Two antennas you need,
Four by four is agreed,
And your throughput can be so high!

U-E, if you want to transmit,
I say, U-E, MI-MO isn’t legit,
You will have to wait for L-T-E- A,
Where RAN-1 will make it okay.

That’s where the decisions are made,
And where many MI-MO sessions run late,
So that Dirk says: ‘Juho will you take care
Of this bunch of loopy people?’.

It's fun to standardize M-I-M-O.
It's fun to specify M-I-M-O.
You don't need M-L-D
There are plenty of ways,
Manufacturers have a choice ...

M-I-M-O.
It's fun to specify M-I-M-O.
When your channel looks fine,
Give the network a sign.

M-I-M-O.
Then just go and do M-I-M-O.
Can you see the Node-B?
Should it do T-x-D?

M-I-M-O.

--- End text proposal ---

LTE UE Modes of Operation

From 3GPP TS 24.301, section 4.3:

UE mode of operation

A UE attached for EPS services may operate in one of the following operation modes:

- PS mode of operation: the UE registers only to EPS services;

- CS/PS mode 1 of operation: the UE is CS fallback capable and configured to use CS fallback, and non-EPS services are preferred. The UE registers to both EPS and non-EPS services; and

- CS/PS mode 2 of operation: the UE is CS fallback capable and configured to use CS fallback, and EPS services are preferred. The UE registers to both EPS and non-EPS services.