This year’s White
Paper on Information and Communications has been released. Once again, I was
part of its Editorial Committee.
The growth of ICT is expected to push up the real GDP to 33.1 trillion JPY by
2020.
The White Paper focused on IoT, big data, and AI this year. The outline can be read here. There are a number of points that I would like to bring up from it.
The White Paper focused on IoT, big data, and AI this year. The outline can be read here. There are a number of points that I would like to bring up from it.
One of this
year’s challenges was analyzing ICT consumer surplus.
MIT Sloan’s McAfee and Brynjolfsson’s “The Second Machine Age” points out that one of the limitations of GDP is that production and industrial value cannot be used to measure the value of ICT, bringing us to the question of how to measure the consumer surplus created by products and services.
MIT Sloan’s McAfee and Brynjolfsson’s “The Second Machine Age” points out that one of the limitations of GDP is that production and industrial value cannot be used to measure the value of ICT, bringing us to the question of how to measure the consumer surplus created by products and services.
This is a problem
that I have been aware of for some time,
and I have yet to see anyone succeed at creating an index for it. There was a
firm resolve to tackle the issue in this year’s White Paper.
The outline
states, “ICT brings about values to the company side and the consumer side.
While the values brought to the company side can be ultimately identified as
GDP growth, a part of the values brought to the consumer side cannot be
identified through existing statistics,” and analyzes (i) consumer surplus,
(ii) time saving, and (iii) information assets (user reviews, etc.)
For (i) consumer
surplus (the difference between the price a consumer is willing to pay and the
price he/she actually pays), the example of music/video distributions was
taken, showing that users gained a monthly surplus of about 150 – 200 JPY. This
adds up to an annual surplus of 109.7 billion JPY.
For (ii) time
saving, the example of internet shopping was taken, showing that users saved
about 40 minutes to 1 hour per set of purchases.
For (iii)
information assets (user reviews), the example of internet shopping was taken,
showing that more than 80% of users had the experience of deciding on which
product to purchase by reading user reviews.
While I cannot
help but feel that the actual consumer surplus is larger than what was
reported, I would like to give credit to the White Paper for facing the issue.
A deeper, more accurate analysis will serve as a great contribution to the
world.
Meanwhile, the
White Paper has a critical attitude towards the company side’s response.
The ICT
investments made by Japanese companies are revealed to be “defensive ICT
investments,” made for the purpose of increasing operational efficiency and
cost reduction.
Analysts state
that by making “offensive ICT investments” to “improve products and services
with ICT,” and “reform business models through the practical use of ICT,”
American companies have taken the lead with ICT products and services.
Not only is the
ICT investment/GDP of Japanese companies low compared to that of American and
British companies, it decreases even further during recessions, while studies
show that the figure increases for American and British companies in the same
situation. It believe that one of the reasons why the competitive power of
Japanese companies has failed to increase in the past 10 years is because
business managers undermine ICT.
There is also an
analysis on the use of IoT.
In Japan, the IoT
progress index, which comprehensibly represents the status of operational
efficiency improvement, etc. by using IoT, is low. While the figures the Japan that
achieved for its communications infrastructure are higher than ever, its IoT
progress index remains lower than that of the US, China, Germany, and the UK.
This means that the problem lies on the use side, not the supply side. This too
is a problem caused by business management.
Japan’s
IoT-driven market expansion is also predicted to be relatively low compared to
other countries. While the overall IoT rate of adoption for other countries is
expected to double or triple between 2015 and 2020, Japan’s IoT rate of
adoption is low, and the gap between it and other countries may increase in the
future.
There is also an
analysis on AI.
In regards to the
future penetration of AI, many Japan workplaces responded to a survey by
saying, “I will not make any particular response of preparations.” Meanwhile,
many US respondents answered that they will respond/prepare by continuing their
current work with the position of using AI through actions such as learning
knowledge and skills of AI.
However, this can
be interpreted in an alternate way.
Compared to the US, Japanese workers show less resistance to both introducing AI into the workplace and working alongside AI. This may indicate that the spread of AI into Japanese workplaces may happen smoother than in other countries.
Compared to the US, Japanese workers show less resistance to both introducing AI into the workplace and working alongside AI. This may indicate that the spread of AI into Japanese workplaces may happen smoother than in other countries.
0 コメント:
コメントを投稿