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Moving from manual testing to test automation should be done gradually. Instead of attempting to learn multiple automation skills in one go, each automation skill should be learnt one at a time, like stairs are climbed one at a time. The process should be progressive, with the complexity level of each new skill increasing as you move forward.
This Post is intended to assist testers who wish to move to test automation from manual testing but do not know how to go about it. Additionally they are unaware of the skills required for test automation as well as of the order in which the skills are to be learnt.
Are You Interested to learn Manual testing training in Chennai visit
www.softwaretestingchennai.in/courses/manual-testing-trai...
The steady advancement of artificial intelligence is rapidly transforming our world with a host of emerging innovations such as self-driving cars, automated financial advisers, and expert medical systems. Developers are producing data-intensive computer systems designed to observe, learn, and solve complex problems faster and more accurately than their human counterparts. As these technologies become increasingly mainstream, they promise enormous public benefits including higher productivity, improved health and safety, and fairer decision making. While these technologies have incredible potential to generate economic and social good, these breakthroughs may not occur unless the public and private sectors work in partnership to promote the development and adoption of artificial intelligence, address new regulatory questions, and integrate the technology into agencies at all levels of government.
The Center for Data Innovation hosted a conversation with leading experts on the state of artificial intelligence and machine learning, the efforts by the public and private sectors to support related research and development, and the important policy steps that regulators and lawmakers should make to unlock these new opportunities.
Speakers included: Greg Corrado (co-lead of Google’s deep neural networks project), Ashley J. Llorens (Chief of the Intelligent Systems Center at the Johns Hopkins University Applied Physics Laboratory), Fernando Diaz (Senior Researcher at Microsoft Research), Dennis Mortensen (CEO, x.ai), FTC Commissioner Terrell McSweeny, Terah Lyons (Policy Advisor, Office of Science and Technology Policy, White House), Hilary Cain (Director, Tech and Innovation Policy, Toyota), and David Moschella (Director of Research, Computer Sciences Corp).
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We stoped by Industrial Automation Consulting, Inc. in Three Forks, MT to talk to them about there .NET projects
A fourth study film with my Nikon F4 to test further of its numerous functions. In particular, I would like to test in this session the matrix zone metering in the "A" automation mode (aperture priority) combined with the TTL mastering of the Nikon Speedilght SB-26 electronic flash for automatic equilibration of ambient and artificial light (fill-in exposition).
The Nikon F4 was loaded this time with an Ilford FP4+ with the DX coded nominal 125 ISO film sensitivity (transmitted to the SB-23 that displays it). The weather was quite darkened at first, but the sun appeared slightly in the middle of the afternoon. The AF Nikkor lens 1:1.4 f=50mm was fitted with a protective Hoya HMC anti-UV 52mm filter plus a generic cylindric metal shade hood.
For focusing I used all the time the single autofocus mode. As for my medium-format sessions, I took a bit of time to note on a session ticket the main parameters (shutter speed, aperture, focusing distance, flash control mode, etc).
View Nr --: Body "A" mode with matrix metering for controlling both the ambient and flash power TTL giving 1/60s f/2, focus @ -- m
November 18, 2024
Parc de la Cerisaie - Villa Gillet
69004 Lyon
France
After completion, the film was rewound using the rewinding motor (lever R1 then lever R2). During the film rewind (manual or auto) the view counter decrements and I switched-off the R2 lever just arrived at -2 to keep the leader out of the cartridge. I then processed the film developed using 300 mL of Adox Adonal (Agfa Rodinal) developer prepared at the dilution 1+25 for 9min at 20°C.
Digitizing was made using a Sony A7 camera (ILCE-7, 24MP) held on a Minolta Auto Bellows with the Minolta slide duplication accessory and Minolta Macro Bellow lens 1:3.5 f=50mm. The light source was a LED panel CineStill Cine-lite.
The RAW files obtained were inverted within the latest version available of Adobe Lightroom Classic (version 14) and edited to the final jpeg pictures without intermediate file. They are presented either as printed files with frame or the full size JPEG's together with some documentary smartphone color pictures.
The results show that the Nikon F4 matrix metering coupled to the automatic shutter timing and TTL control of the SB-26 Speedlight torch gives amazingly well-exposed view quite consistent with my traditional way to determine the exposition manually for fill-in exposure mixing ambient and electronic torch.
Overall this third session with the Nikon F4 confirms that the camera is very pleasant to use despite its 1.7kg (fitted with its standard 1.4/50mm). The minimalistic Nikon neck strap remains comfortable and well proportionated to the camera even when the SB-26 is fitted to the camera body.
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About the camera :
Maybe it would have been better not to ask for this question: « what’s new do you have at the moment?» to my local photo store, because Christine grab underneath the counter, stating « I have that … » . What a beast ! A Nikon F4 in the exact state of the Nikon brochure year 1990, presented with the standard AF Nikkor 1:1.4 f=50mm. I was already hooked by the machine. After two days, I decided to buy it even with some little common issues found on early Nikon F4 (see below), fortunately not affecting the whole, numberous functions of this incredibly complex professional SLR of the year 1990’s.
Nikon F4 came to the market on September 1988 starting with the serial number 2.000.000. Fully manufactured in Japan (modules came from 3 different Nikon factories) the F4's were assembled in Mito, Ibaraki (North to Tokyo) Nikon plant (no more in the mother factory of Tokyo Oi like the Nikon’s F). When I lived in Tokyo in 1990-1991, Nikon F4 was the top-of-the-line of Nikon SLR camera’s. I saw it in particular in Shinjuku Bic Camera store when I bought there, in December 1990 my Nikonos V.
Nikon F4 incorporates many astonishing engineering features as the double vertical-travel curtain shutter capable of the 1/8000s. Compared to the Nikon F3, the F4 was an AF SLR operated by a CCD sensor (200 photo sites). The film is automatically loaded, advanced with to top speed of 5,7 frame/s !! With the MB-21 power grip (F4s version). The F4 is a very heavy camera (1.7kg with the AF Nikkor 1.4/50mm), incredibly tough and well constructed. This exemplary is devoid of any scratches or marks, and in a condition proving that it was not used for hard professional appliances, for those it was however intended. The camera has still it original Nikon neck strap, the original user manual in French. The lens is protected by a Cokin (Franc) Skylight 1A 52mm filter and the original Nikon front cap. The two small LCD displays (one on the F4 body, one in the DP-20 finder) are both affected by the classical syndrome of « bleeding ». Fortunately, all information could still be read. One says that 70% of the early Nikon F4 suffer from this problem but also found on other models.
According its serial number and the production rate of about 5000 units/month, this Nikon F4s was probably manufactured in Mito, Ibaraki, Japan in May 1989.
The camera was exported abroad thereafter attested by the presence of the golden oval little sticker("Passed" on the DP-20 viewfinder. In order to certify the quality production, two Japanese organizations, the Japan Camera Industry Institute (JCII) and the Japan Machinery Design Center (JMDC), joined forces to verify and mark the conformity of products for the foreign market. This is how, between the 1950s and 1980s, this famous little gold sticker was affixed, with the legendary "Passed", meaning that the device had been checked. Finally, when we say that the device had been checked, the production line had been checked because each device could not be checked individually.
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About the flash :
I received from a German seller for 50€ this Nikon Speedlight electronic flash SB-26 that was, at the time of Nikon F4, the most powerful dedicated Nikon flash (Guide Number 36 at full power and 100 ISO).
The SB-26 communicates with the Nikon F4 body (and many other Nikon camera's) and can be operated in many different modes including TTL real-time metering with automatic equilibration of the ambient light using the 5-zone matrix metering done by the DP-20 photometric viewer as well in the center-weighted mode. Other possibilities include the normal TTL mode, an Auto mode using the own sensor of the flash and a manual mode with 7 power levels.
The flash head can cover the optical field from super-wide angle lenses 18-20mm, wide-angle lenses 28mm and 35mm, normal lenses 50mm, and long-focal lenses at 70mm and 85mm. The head can be rotated according two axis for indirect lightening. In addition, the SB-26 has a special focusing aid for the Nikon F4 autofocus system, projecting in the the darkness a red focusing image. SB-23 flash can be also used as master or slave flash in a coordinated flash system.
The flash requires 4 AA alkaline cells for approximately 100 lights at full power and much more with energy recycling at lower power levels.
We stoped by Industrial Automation Consulting, Inc. in Three Forks, MT to talk to them about there .NET projects
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Moving from manual testing to test automation should be done gradually. Instead of attempting to learn multiple automation skills in one go, each automation skill should be learnt one at a time, like stairs are climbed one at a time. The process should be progressive, with the complexity level of each new skill increasing as you move forward.
This Post is intended to assist testers who wish to move to test automation from manual testing but do not know how to go about it. Additionally they are unaware of the skills required for test automation as well as of the order in which the skills are to be learnt.
Are You Interested to learn Manual testing training in Chennai visit
www.softwaretestingchennai.in/courses/manual-testing-trai...