Tech shortfall stalls Canadian productivity

By HEATHER SCOFFIELD

Monday, November 28, 2005 Posted at 8:43 AM EST

ECONOMICS REPORTER

George Foss’s company was overwhelmed.

3L Filters Ltd., a small manufacturer based in Cambridge, Ont., makes highly engineered filtration systems for gases, liquids and CANDU nuclear reactors. But the company’s sales staff couldn’t keep up with inquiries from potential customers.

3L was suffering from Canada’s quintessential productivity conundrum, according to some top-notch researchers. Its work force just couldn’t produce enough to meet rising demand, and so the company stagnated.

Each customized quote required endless hours of research and help from company engineers. The sales staff was falling behind — and company revenue right along with them.

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So Mr. Foss set to work automating the quotation system. He sunk about a quarter of a million dollars — a big chunk of change for a $10-million company — in software that would let sales reps put together complex, customized quotes without the help of an engineer.

After retraining the staff, turnaround time was cut by two-thirds. Staff confidence levels soared, as did the number of quotes they were able to send out.

The company’s investment in information and communications technology (ICT) was the secret to a boost in productivity. But it’s a secret that, in Canada, is too well kept, some researchers say.

Much of Canada’s lag in productivity compared with the United States can be traced to a lack of ICT in Canadian companies, they say. Canada, in other words, has a serious computer problem.

“Canada has had this puzzling gap in ICT,” said Bernard Courtois, president of the Information Technology Association of Canada. “The topic is quite ripe right now in Canada. Everyone senses there is a complacency that is quite dangerous. It’s an attitudinal thing.”

While that kind of statement will surely irk many business people in Canada, there is data behind it.

A recent study by two top economists, Melvyn Fuss from the University of Toronto and Leonard Waverman, chair of economics at the London Business School, concluded that ICT can account for about 60 per cent of the huge and widening labour productivity gap between Canada and the United States.

Their study measured simple investment in ICT, but it went a step further than most studies by quantifying the spillover effects of ICT on productivity in companies. In essence, they attempted to measure the effects of networks, and not just quantities of hardware and software.

Specifically, the researchers look at the number of personal computers in use in the United States compared with Canada, as a proxy for diffusion of ICT. They find that households in Canada actually have more computers per capita than in the United States. Canadian small businesses have fewer computers per capita, but just marginally.

Medium-sized and large businesses, on the other hand, as well as education and government in Canada are far, far behind.

“There is significantly lower accumulation of ICT by medium and large firms, education and government in Canada,” the study notes.

“The major difference in the stock of PCs in Canada used by medium and large corporations compared to U.S. firms may signal reluctance in Canada by managers to embrace completely the new economy and the significant changes it requires.”

Part of the reason Canada looks so bad compared with the United States is that the United States excels at ICT adoption. The authors recognize that compared with Europe, Canada stands up quite well on the ICT scale.

“U.S. firms are quite unique in their adoption of the deep changes — [the] organizational transformation that accompanies ICT,” Mr. Waverman said in an e-mail interview.

In Canada, he does not detect an outright resistance to ICT. Rather, he sees a stronger conviction in the United States that ICT can transform the way a company functions.

“Maybe Canadian firms are too comfortable to be challenged to change,” he said.

The Fuss and Waverman paper was presented last month in Gatineau, Que., as part of the federal government’s review of telecommunications policy. The review is to be concluded by the end of the year.

Andrew Sharpe, one of Canada’s top experts on productivity, agrees with the two professors that ICT is at the root of much of the productivity gap with the United States. His own research shows that large corporations in Canada lag the United States in terms of investing in ICT.

Still, he is doubtful about drawing the conclusion that more than half the productivity gap can be explained away by the ICT factor. Given that PCs are quite cheap these days, any large company that needed one would already have one, he reasons.

“Intuitively it doesn’t make sense,” he said of the Fuss and Waverman conclusions.

Plus, the professors’ paper focuses on the big gap between Canada and the United States, and does not shed much light on why, the United States aside, there has been essentially no productivity growth in Canada whatsoever for the past two years.

Mr. Sharpe, who is the executive-director of the Centre for the Study of Living Standards based in Ottawa, believes the most recent productivity stagnation is mainly because of Canada’s natural resources.

Because commodity prices have been high, he argues, resource firms have had incentive to extract commodities that would be marginal with lower prices. While the extraction is still profitable, it drives down the national productivity numbers. (Productivity is usually defined as output per amount worked).

Still, Mr. Sharpe said he is generally sympathetic to the Fuss and Waverman argument that ICT is a main reason for Canada’s poor productivity performance.

“Even if ICT is not the major cause, it may be part of the solution,” he said.

But in the federal Liberals’ recent key strategy document, produced as part of their pre-election mini-budget, little was done to encourage more adoption of ICT to boost Canada’s productivity. Most of the announcements targeted taxes, while the document acknowledged that ICT drove productivity in the 1990s and concluded that it would continue to do so in this decade.

And the Fuss and Waverman paper hits a big brick wall when it comes to the country’s statistics authority. John Baldwin, director of micro-economic analysis at Statistics Canada, says he thinks the study distorts the ICT problem in Canada.

“There are so many things that determine how productive a company is. I’d be surprised if there were a holy grail,” he said. “The best firms are implementing ICT into their operations faster than other firms. But the best firms are doing a lot of things better than other firms.”

Mr. Baldwin also has issues with the methodology used in the Fuss and Waverman paper, and he thinks they handicapped Canada by not considering that high-technology is embedded into many different types of equipment these days, not just computers.

Canada, he also points out, has a much different economy than the United States. Because Canada is a resource-based economy, much corporate profit is invested in infrastructure — pipelines, dams, engineering structures — rather than the machinery and equipment that U.S. profits favour.

Plus, Mr. Baldwin adds, since Canada has experienced a huge growth in its labour market over the past two years, the country’s wealth per person has remained unchanged when compared with the United States, at about 80 per cent.

Mr. Waverman dismisses Mr. Baldwin’s critique as plain wrong.

“All studies show that ICT is the driver of U.S. productivity growth. Canada lags, and the lag is in increasing in ICT adoption,” he said. “What these lags mean about production and organizational change are vitally important.”

All the researchers agree, however, simply spending more money on technology won’t do anything for a company’s productivity unless it is accompanied by thorough and effective training, plus strategic use of the technology itself.

For Mr. Fuss at 3L in Cambridge, the money he spent on automation would have been wasted had he not made sure that the software was easy to use, and that his staff was well trained.

Says Mr. Waverman: “Raising productivity is not about shedding jobs, but enabling labour to have the modern tools and the organizational structure to compete at world levels.”

Booting up

The United States uses more PCs per capita than Canada in every category except residential. The following chart shows, on a per capita basis, that for every single computer in Canada, the United States owns:

2003 2004 2005
Home 0.88 0.91 0.93
Small business (1 to 99 employees) 1.21 1.23 1.30
Medium/large business (100+) 1.64 1.67 1.72
Government 1.66 1.71 1.75
Education 1.56 1.57 1.59
Total 1.14 1.16 1.19

SOURCE: IDC CORPORATION THE GLOBE AND MAIL

By |2013-03-16T10:35:19-04:00November 29th, 2005|Technology, Uncategorized|0 Comments

Seven Secrets of Success*

  1. There is no secret of success, success is for everyone
  2. Your life becomes better only when you become better
  3. There is no success without sacrifice
  4. Success is achieved in inches,
  5. not miles
  6. The greatest enemy of tomorrow’s success is today’s success
  7. No advice on success works unless you do

*Excerpt taken from Success – One day at a time by John C. Maxwell

By |2013-03-16T10:37:25-04:00November 27th, 2005|Uncategorized|0 Comments

Introducing the ‘New’ Bell.ca

I received an e-mail to my personal sympatico account indicating that as a loyal bell customer who has answered online surveys in the past, that I would be one of the first people to get a glimpse of the ‘new’ bell.ca.

Bell.ca BETA can be accessed by clicking on the following link:

Bell.ca BETA

I have been waiting for this glorious moment for over a year and a half. And I think all of you howard forum bell.ca HATERS will be quite impressed by the changes made to the site. Customization, personalization, WICKED WICKED GUI, I could go on and on.

Play with it, have fun, and let me know what you think.

By |2013-03-16T10:38:41-04:00November 21st, 2005|bell ca, Uncategorized|0 Comments

What we need is a Fully Redundant Network

[Latin redundns, redundant- present participle of redundre, to overflow : re-, red-, re- + undre, to surge (from unda, wave. See wed-1 in Indo-European Roots).]
——————————————————————————–
re·dundant·ly adv.

redundancy

n 1: repetition of messages to reduce the probability of errors in transmission 2: the attribute of being superfluous and unneeded; “the use of industrial robots created redundancy among workers” [syn: redundance] 3: (electronics) a system design that duplicates components to provide alternatives in case one component fails 4: repetition of an act needlessly

redundancy

1. The provision of multiple interchangeable
components to perform a single function in order to cope with
failures and errors. Redundancy normally applies primarily to
hardware. For example, one might install two or even three
computers to do the same job. There are several ways these
could be used. They could all be active all the time thus
giving extra performance through parallel processing as well
as extra availability; one could be active and the others
simply monitoring its activity so as to be ready to take over
if it failed (“warm standby”); the “spares” could be kept
turned off and only switched on when needed (“cold standby”).
Another common form of hardware redundancy is disk
mirroring.

Redundancy can also be used to detect and recover from errors,
either in hardware or software. A well known example of this
is the cyclic redundancy check which adds redundant data to
a block in order to detect corruption during storage or
transmission. If the cost of errors is high enough, e.g. in a
safety-critical system, redundancy may be used in both
hardware AND software with three separate computers programmed
by three separate teams and some system to check that they all
produce the same answer, or some kind of majority voting
system.

2. The proportion of a message’s gross
information content that can be eliminated without losing
essential information.

Technically, redundancy is one minus the ratio of the actual
uncertainty to the maximum uncertainty. This is the fraction
of the structure of the message which is determined not by the
choice of the sender, but rather by the accepted statistical
rules governing the choice of the symbols in question.

By |2013-03-16T10:39:52-04:00November 19th, 2005|Uncategorized|0 Comments

EVDO

Evolution Data Optimized – Bell Mobility launches new 3G network with realistic download speeds of 400-700 kbps, and a maximum speed of 2.4 Mbps. Bell has recently leaked that the Blackberry 7130e will be one of the first wireless handheld devices offering EVDO capabilities.

By |2013-03-16T10:43:44-04:00November 8th, 2005|Uncategorized|0 Comments

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