Like the writing of this post, I was also trained the the U.S. Navy
on radio technology.
One downside to this is that your electronics understanding will only be focused on a concrete usage of it, so you might not get the depth on certain areas of electronics that the application doesn't cover, e.g. you won't learn how a solid - state drive works in the context of electronics if you focus
on radio technology.
Not exact matches
A
radio using Kumu's self - interference cancellation
technology can transmit and receive at the same time
on the same frequency.
I was a geek when computers had names like Trash 80 I was a geek
on the cutting edge of
technology, I was a geek thanks to
Radio Shack.»
Britain and Russia have also explored adopting versions of the
technology, which works
on radio signals.
His research
on the economics of
technology has been discussed in White House reports, Congressional testimony, European Commission documents, the Economist, the Globe and Mail, the National Post, CBC
Radio, National Public
Radio, Forbes, Fortune, the Atlantic, the New York Times, the Financial Times, the Wall Street Journal, and elsewhere.
BlackBerry's ability to manage inventory and asset risk; BlackBerry's reliance
on suppliers of functional components for its products and risks relating to its supply chain; BlackBerry's ability to obtain rights to use software or components supplied by third parties; BlackBerry's ability to successfully maintain and enhance its brand; risks related to government regulations, including regulations relating to encryption
technology; BlackBerry's ability to continue to adapt to recent board and management changes and headcount reductions; reliance
on strategic alliances with third - party network infrastructure developers, software platform vendors and service platform vendors; BlackBerry's reliance
on third - party manufacturers; potential defects and vulnerabilities in BlackBerry's products; risks related to litigation, including litigation claims arising from BlackBerry's practice of providing forward - looking guidance; potential charges relating to the impairment of intangible assets recorded
on BlackBerry's balance sheet; risks as a result of actions of activist shareholders; government regulation of wireless spectrum and
radio frequencies; risks related to economic and geopolitical conditions; risks associated with acquisitions; foreign exchange risks; and difficulties in forecasting BlackBerry's financial results given the rapid technological changes, evolving industry standards, intense competition and short product life cycles that characterize the wireless communications industry, and the company's previously disclosed review of strategic alternatives.
Many factors could cause BlackBerry's actual results, performance or achievements to differ materially from those expressed or implied by the forward - looking statements, including, without limitation: BlackBerry's ability to enhance its current products and services, or develop new products and services in a timely manner or at competitive prices, including risks related to new product introductions; risks related to BlackBerry's ability to mitigate the impact of the anticipated decline in BlackBerry's infrastructure access fees
on its consolidated revenue by developing an integrated services and software offering; intense competition, rapid change and significant strategic alliances within BlackBerry's industry; BlackBerry's reliance
on carrier partners and distributors; risks associated with BlackBerry's foreign operations, including risks related to recent political and economic developments in Venezuela and the impact of foreign currency restrictions; risks relating to network disruptions and other business interruptions, including costs, potential liabilities, lost revenues and reputational damage associated with service interruptions; risks related to BlackBerry's ability to implement and to realize the anticipated benefits of its CORE program; BlackBerry's ability to maintain or increase its cash balance; security risks; BlackBerry's ability to attract and retain key personnel; risks related to intellectual property rights; BlackBerry's ability to expand and manage BlackBerry ® World ™; risks related to the collection, storage, transmission, use and disclosure of confidential and personal information; BlackBerry's ability to manage inventory and asset risk; BlackBerry's reliance
on suppliers of functional components for its products and risks relating to its supply chain; BlackBerry's ability to obtain rights to use software or components supplied by third parties; BlackBerry's ability to successfully maintain and enhance its brand; risks related to government regulations, including regulations relating to encryption
technology; BlackBerry's ability to continue to adapt to recent board and management changes and headcount reductions; reliance
on strategic alliances with third - party network infrastructure developers, software platform vendors and service platform vendors; BlackBerry's reliance
on third - party manufacturers; potential defects and vulnerabilities in BlackBerry's products; risks related to litigation, including litigation claims arising from BlackBerry's practice of providing forward - looking guidance; potential charges relating to the impairment of intangible assets recorded
on BlackBerry's balance sheet; risks as a result of actions of activist shareholders; government regulation of wireless spectrum and
radio frequencies; risks related to economic and geopolitical conditions; risks associated with acquisitions; foreign exchange risks; and difficulties in forecasting BlackBerry's financial results given the rapid technological changes, evolving industry standards, intense competition and short product life cycles that characterize the wireless communications industry.
«The
radio silence from executives over the last few days has added fuel to the growing Cambridge fire and if this data leak fiasco is left to fester it could take
on a life of its own leading to tougher regulatory oversight / chatter,» Daniel Ives, head of
technology research at GBH Insights, said in a research note.
But when it comes to modern media like
radio, television, and the internet, we can be guilty of a certain level of naiveté about the effects of
technology on our lives, especially as people of faith.
In fact, most of our attention is focused
on only a few of the components: film, audio and video tapes / cassettes (storage
technologies); and broadcast
radio and TV and cable (distribution
technologies).
A close parallel is observable between a comment by an early protagonist of the theory, Dorwin Cartwright, who in 1949 suggested that, «it is conceivable that one persuasive person could, through the use of mass media, bend the world's population to his will,» (3) and the 1979 affirmation by NRB Executive Secretary Ben Armstrong, «I believe that God has raised up this powerful
technology of
radio and television expressly to reach every man, woman, boy, and girl
on earth with the even more powerful message of the gospel.»
In his recent book The Electronic Church (Nelson, 1979), he writes:» I believe that God has raised up this powerful
technology of
radio and television expressly to reach every man, woman, boy, and girl
on earth with the even more powerful message of the gospel.»
On the
radio call ins a caller called in to point out the contrast between the referees getting aid from
technology in the Rugby, before flicking over to see players arguing with the ref in the football, wasting more time etc. then in the rugby.
In a pilot venture with SiriusXM Satellite
Radio, Stanford is launching two talk programs hosted by faculty members: The Future of Everything, focused
on engineering, science and
technology, and School's In, focused
on teaching, learning and education.
Marcus speaks at conferences and
on television and
radio as an expert
on the legal aspects of breastfeeding, domestic violence, child sexual abuse, abortion, reproductive rights and
technologies, and HIV / AIDS.
The company has applied its expertise in RFID (
radio frequency identification)
technology to map and locate underground utilities; it has used its understanding of the healthcare industry to develop innovations that help the early diagnosis of heart and lung conditions; and its range of pocket projectors are the ultimate presentation devices for business people
on the go.
And I am not suggesting that tweets from the chamber should be protected by parliamentary privilege... But in this age of immediate crowd - sourced mass communication, the idea that the Commons chamber can cut itself off from modern
technology and social media is as doomed as when written reports of Commons debates were banned in the 18th century, or when discussion of current Commons business
on the
radio was not allowed until the 1950s, or, indeed, as obsolete as the ban
on television itself before 1989.
Since the era of mass communications really began - towards the end of the nineteenth century -
technology has completely reset the way political consultants work
on two occasions: firstly, during the inter-war period, when
radio became commonplace and politicians had the chance to speak directly to the masses; and secondly, in the 1950s and 60s, when TV ownership mushroomed and politicians could construct and project image
on a massive scale.
Buhari, who doubles as Chairman, Senate Committee
on Information and Communications
Technology (ICT) and Cybercrime, while speaking
on Saturday in Ibadan, the Oyo State capital during a live
radio program
on Fresh FM tagged «Political Circuit» monitored by DAILY POST, insisted that the clamour for governorship ticket to be zoned to a particular senatorial district in the state will not be in the interest of the party.
But it would be wrong not to challenge what shadow defence secretary Emily Thornberry said
on the
radio this morning: namely, that the prospect of futuristic drone
technology could soon be able to detect the Royal Navy's deterrent submarines and thus render the seas «transparent».
For example, think about the Roaring 1920s, with economic prosperity, jazz music, and a general sense of novelty based
on the introduction of many new
technologies such as cars, movies, and
radio.
The National Science Foundation (NSF) is in the process of transforming its Very Large Array
radio telescope into the — wait for it — Expanded Very Large Array, thanks to digital
technology that will boost the Socorro, N.M., facility's already impressive ability to tune in
on black holes, supernovae and the rest of the deep space menagerie.
The MWA is located in Western Australia's remote Murchison region, one of the most
radio - quiet areas
on the planet and far from human activity and
radio interference caused by
technology.
Since
radio towers began climbing over towns and cities in the early 20th century, the air has grown thick with wireless communication, the platform
on which
radio, television, cellphones, satellite broadcasts, Wi - Fi, GPS, remote controls and hundreds of other
technologies rely.
The
technology is based
on the fact that human beings absorb
radio waves.
We're talking
on Tuesday afternoon, by the time people listen to this, things may have fundamentally changed, so I am going to assume that people will follow it with all the
technology available:
radio, TV, and especially
on their computers, just seeing developments, practically in real - time.
So a team of researchers led by Romina Scardamaglia, a behavioral ecologist at the University of Buenos Aires, decided to use new
radio - tracking
technology to snoop
on two kinds of devious cowbirds in Argentina.
Ira Flatow is the host of National Public
Radio's Science Friday, an in - depth talk show that reaches radio and Internet listeners with discussions on science, technology, health, space, and the environ
Radio's Science Friday, an in - depth talk show that reaches
radio and Internet listeners with discussions on science, technology, health, space, and the environ
radio and Internet listeners with discussions
on science,
technology, health, space, and the environment.
Since the KAIRA telescope is built
on the same
technology as the larger distributed European
radio telescope LOFAR, the IONONEST code can be used directly to perform ionospheric measurements from any LOFAR station.
«Therefore this study is important for those who will decide
on the allocation of the data rate,» says Lars Jonsson,
technology strategist at Swedish
Radio, one of the participants in the project.
Technology like the Rosetta probe's
radio scanner and its lander's harpoon (see main story) could aid bids to grab hold of asteroids and hunt for buried treasure, says Wlodek Kofman of IPAG in Grenoble, France, who is
on the Rosetta team.
If civilizations
on average only exist in their loud,
radio - transmitting, high -
technology phase for a few thousand years, they will be like flickering sparks among the stars, burning out before they can establish long - lasting beacons that can be seen across the cosmos.
In the past few years, three companies — Medtronic Diabetes, DexCom and Abbott Diabetes Care — have introduced the first personal continuous glucose - monitoring devices, a new
technology that relies
on a sensor implanted underneath the skin to send information
on glucose levels via a
radio transmitter to a pager - size monitoring device.
It would be a tragic mistake to dismiss the huge potential of new
technologies for addressing some of the most enduring problems of poverty: drought - and pest - resistant varieties of food for poor farmers who have been bypassed by the Green Revolution; treatment for many tropical diseases, such as malaria and sleeping sickness; low - cost wireless computers that can break the information isolation of rural communities that rely only
on the
radio and word of mouth; and low - cost energy supplies for the vast majority of people in developing countries using dung and firewood.
A
technology called
Radio Frequency Identification (RFID) helps distance runners and road race organizers keep more accurate performance times and report results
on larger numbers of competitors.
Low - power
radio frequency transceivers will link the cameras, processors, and tongue arrays; later
on, wireless
technology will connect these elements.
BRODIE: There's amazing work going
on in developing miniaturized sensors based
on radio frequency identification
technology, or RFID.
These networks of
radio telescopes use sophisticated computer and communication
technology called very long baseline interferometry (VLBI) to function as single continent spanning telescopes - the greatest eyes -
on - the - sky ever created.
The successful candidate will work
on the analysis and interpretation of solar flare related
radio - bursts observed with the VLA, in collaboration with our project partner at the New Jersey Institute of
Technology, NJ, with the possibility of getting involved in STIX science and operations planning.
Ian Chant is writer and editor whose interests and expertise include science,
technology, data, and culture; his writing has appeared in Scientific American, Popular Science, Psychology Today, and a wide variety of other publications, as well as
on public
radio programs including Science Friday and Freakonomics R
radio programs including Science Friday and Freakonomics
RadioRadio.
The school's August 19 — 21 celebration will include an Eclipse ComicCon, Astronomy, Science &
Technology Expo, and a Planetary
Radio Live stage show
on Sunday, August 20th.
The committee supports the efforts to deal with these important problems in several ways: better community relations and public information
on the pollution problems; negotiations with violators
on a case - by - case basis; and increased research oriented toward making
radio telescopes less susceptible to interference (e.g., adaptive cancellation, filter
technology, and high - spectral - efficiency modulation techniques).
The school's August 19 - 21 celebration will include an Eclipse ComicCon, Astronomy, Science &
Technology Expo, and a Planetary
Radio Live stage show
on Sunday, August 20th.
A team of scientists and engineers from SKA SA / HartRAO and the Ghana Space Science and
Technology Institute (GSSTI) which is under MESTI, has been working since 2011
on the astronomy instrument upgrade to make it
radio - astronomy ready.
Dr. Siemion is one of the most active and respected authorities
on the Search for Extraterrestrial Intelligence, leveraging both
radio and optical astronomy
technologies.
Thank you for being
on Bulletproof
Radio and sharing some incredibly interesting new
technologies around hacking your ability to have an orgasm.
Click this link promptly at Noon EST
on Mondays, Wednesdays and Fridays in the month of August to hear the live
radio broadcast: Featuring Therasage's CEO & Science Officer Robby Besner as he discusses the power of Infrared
Technology and its impact
on the health and wellness community and many other interesting health & wellness topics.
Always
on the leading edge of
technology, become the first female executive at RKO
Radio Networks, the country's first digitally delivered satellite radio net
Radio Networks, the country's first digitally delivered satellite
radio net
radio network.
Media ecologist, author of Hooked Up Gen, says
on radio show that
technology has transformed the dating scene of today's youth