Statements from Google which are on record and verifiable, versus anecdotal evidence of what happened to some undefined person. I somehow think I'm going to choose to believe Google on this one.
The current side effects of a Google Profile suspension, with confirmations by Google staff in various G+ posts, are:
Any other side effects reported until now have been labeled bugs and were not experienced by everyone consistently. Of particular note, a Profile suspension currently does NOT (modulo reappearing bugs?):
So that's the state of the world today. Whether it stays that way is up to debate, and I posited that question in my post that clarified the name policies as being an artifact of Profiles (including a reference proving that users can be banned without even having access to Google+ to begin with).
Yahoo! is apologising to the Senate committee for misleading it about what the internet firm knew about its cooperation with China's pursuit of dissidents.
Filed under: TransportationMIT have been hard at work developing a solution that's kind on the planet and your scrawny legs. A team called Smart Cities have designed a small, two-seat, electric vehicle -- which they call the City Car -- that can be "stacked" in convenient locations (say, just outside a subway stop), and then taken on short trips around urban areas. The cars -- which are based around an omnidirectional "robot wheel" that encases an electric motor, suspension, and steering -- can be "folded" and attached to a group of other cars for charging. The lineups of rentable vehicles would be accessible from various points around a city, with six or eight cars occupying just a single "regular" car space. Of course, you'll have to forgo your 24-inch rims... but that's life.
Office Depot Featured Gadget: Xbox 360 Platinum System Packs the power to bring games to life!
The approach works by giving all the devices on a network — or "nodes" — the ability to destroy themselves, taking any nearby malevolent device with them. "Bee stingers are a relatively strong defence mechanism for protecting a hive, but whenever the bee stings, it dies," says Tyler Moore, a security engineer at the University of Cambridge in the UK.
Self-sacrifice provides a check against malicious nodes attacking legitimate ones. "Our suicide mechanism is similar in that it enables simple devices to protect a network by removing malicious devices — but at the cost of its own participation," Moore adds.
The technique they have developed, called "suicide revocation," lets a single node decide quickly whether another node's behaviour is malevolent and shut it down. But there's a drastic cost: the single node must deactivate itself too. It simply broadcasts an encrypted message declaring itself and the malevolent node dead.
... "Nodes must remove themselves in addition to cheating ones to make punishment expensive," says Moore. "Otherwise, bad nodes could remove many good nodes by falsely accusing them of misbehaviour."
Your code should be more efficient!