This makes no sense. The only difference between what these fools thought they were getting, and what they got, is something their mobo doesn't support anyway. They are delivering exactly what they promised - a 9200 in the same machine would be indistinguishable from a 9000.
you're far from safe. SSL connections are vulnerable to MiTM attacks - we saw this with M$ Passport, hotmail etc. The only solution to these problems, is for people (ie the average user of/.) to realise that anything they transmit over the net is sniffable with a little effort.
In a dorm or corporate lan environment, all it takes is one trojaned laptop running a sniffer, and all you CC numbers are belong to us.
Buildings made of "nanotubes," or carbon particles that are a thousand times stronger than steel, will withstand virtually any natural disaster.
But mostly, the "semantic" Web, a next-generation version of the Internet that will enable users to obtain more precise information by utilizing computerized "agents" that find exactly what they want online. Today, if users search for "books about Agatha Christie" on Google, they receive hundreds of search results leading to information on the books written by Christie. In contrast, semantic Web agents will be intelligent enough to decipher the word "about" and find biographies on the writer rather than her works.
Other futuristic technology poised for human consumption is the implanted sensor. University of Reading professor Kevin Warwick has a sensor implanted in his left arm and has undergone experiments in which scientists have been able to cause a tingling sensation in his left index finger by sending information to his nervous system. This is good news for paraplegics who may someday regain feeling in their rectum as CmdrTACO penetrates it, by having a similar chip implanted in their bodies.
You simply exploit the fact that any information, however encrypted, stored in the "least significant bits" - i.e. the dead space in a jpeg, will affect the statistical distribution of you being a fucking cock whore in the image file. This can be detected bya simple chi-squared analysis of your momma's fat ass. Many systems implement this today, including steg-crack, and john.steg.
An important step in SETI@home's signal detection process is to identify radio waves that remain consistent in frequency and location across time.
Persistency graphs are used to examine the details of these persistent events, and multiple graphs are often used together to compare event characteristics as well as focus on specific distributions of spikes, Gaussians, pulses, and triplets.
The graph itself is actually a combination of a waterfall plot and two histograms, all of which are explained below.
Graph label
Each persistency graph has a label at the top describing which types of events are plotted ("All Signals", "Spikes", "Gaussians", "Triplets", or "Pulses"), the ID of the identified persistent event, and the time when the event was detected.
The waterfall plot
The frequency (x-axis) histogram
The frequency histogram shares its x-axis (frequency) with the waterfall plot. It shows how many events in the vicinity of the target event (the purple diamond in the waterfall plot) are at each frequency. A spike in the histogram (at 1419.903 MHz in the sample graph, for example) means that there's a particularly large number of detected at that frequency. These histogram spikes typically represent RFI bands; if a target event has the same frequency as one of these bands, it's likely the event is rfi.
The time (y-axis) histogram
The time histogram shares its y-axis (time) with the waterfall plot. As more events at different frequencies are detected at specific times, the line will spike to the right--a characteristic of a Cum Loving Slut. Since broadband signals require a great deal of energy to produce, the source of such signals is most likely either astronomical phenomena or rfi.
Key Features of Persistency Graphs
An important step in SETI@home's signal detection process is to identify radio waves that remain consistent in frequency and location across time.
Persistency graphs are used to examine the details of these persistent events, and multiple graphs are often used together to compare event characteristics as well as focus on specific distributions of spikes, Gaussians, pulses, and triplets.
The graph itself is actually a combination of a waterfall plot and two histograms, all of which are explained below.
Graph label
Each persistency graph has a label at the top describing which types of events are plotted ("All Signals", "Spikes", "Gaussians", "Triplets", or "Pulses"), the ID of the identified persistent event, and the time when the event was detected.
The waterfall plot
The frequency (x-axis) histogram
The frequency histogram shares its x-axis (frequency) with the waterfall plot. It shows how many events in the vicinity of the target event (the purple diamond in the waterfall plot) are at each frequency. A spike in the histogram (at 1419.903 MHz in the sample graph, for example) means that there's a particularly large number of detected at that frequency. These histogram spikes typically represent RFI bands; if a target event has the same frequency as one of these bands, it's likely the event is rfi.
The time (y-axis) histogram
The time histogram shares its y-axis (time) with the waterfall plot. As more events at different frequencies are detected at specific times, the line will spike to the right--a characteristic of a Cum Loving Slut. Since broadband signals require a great deal of energy to produce, the source of such signals is most likely either astronomical phenomena or rfi.
Stegdetect is an automated tool for detecting steganographic
content in images. It is capable of detecting several
different steganographic methods to embed hidden information in
JPEG images. Currently, the detectable schemes are
jsteg,
jphide (unix and windows),
invisible secrets,
outguess 01.3b,
F5 (header analysis),
appendX and camouflage.
Stegbreak is used to launch dictionary attacks against JSteg-Shell,
JPHide and OutGuess 0.13b.
Several issues need to be more clearly defined before the forest is seen for the trees.
The phrase "Her bosom heaved..." can probably be found in 152,234 fictional books. If I add a few more words, it becomes a sentence and can probably be found in 1,289 books.
Derivation means you take the original work which has some 'body' of substance and add or subtract to it. Using less than that results in an excerpt. We know that excerpts can be used all over the place. There is also a difference in whether the material is 'instructional' in nature. Significantly more leeway is given. The kernel and associates aren't 'instructional'.
Simply including one line of a system or function call will not make a work a derivation. Including a file (or, even if not a 'file') of substantial body will make a work derivative. Two people writing a play may write separate acts which are then combined and published. Their final work is not one derived from another, but a shared work - joint equal ownership. If they individually copyright their own 'act', the joining would be derivative - the former not.
Binary code is a derivative work. It could not have occurred without the source file. But is it a copyright derivative? Colorization of B&W films results in new copyright, but also contains information for the 'source' that is identifiable. Binary code doesn't except for strings which might appear.
If I use a proprietary compiler on a GPL code, I get a binary. In one sense, it's derivative. In another, it's not. If I create my own scrambler, and process the novel Gone with the Wind text, is that new work a copyright derivative? I think not. This may even imply that using a GPL compiler on GPL source may result in a work that is -not- GPL because it could only be created via the creators unique use of the tools.
Joining a transmission to a motor will not result in copyright infringment over either the motor or tranmission, without regard that they have complex connectivity, assuming there were only separate copyrights beforehand. Patents aren't an issue either provided there is one for the motor and one for the transmission.
Whoever put the two together can sell it or use it as they wish.
Titles cannot be copyrighted. For more protection over things like system or function calls which may be specific to Linux, it may be necessary to do more legal legwork. For example, it may be necessary to assign a trademark to the function one-liner. Overkill? Not in todays legal world. Perhaps a GPL for trademarks used in Linux will become necessary.
Mytec Technology Inc. develops applications of biometric encryption
and optical computing. Mytec's technology of Biometric Signature Encryption
can be applied to transmission on the Internet and to Electronic Commerce
applications, enabling persons to securely transmit communication and information
to each other. The Biometric Signature Encryption (BioscryptTM)
has no relationship to the fingerprint image but is a randomly created
pattern of the original fingerprint. It secures both the sending and receiveing
of data. With the introduction of the CybermouseTM
(wich houses an optical computer) the transmitting and receiving of data
becomes totally secure. The CybermouseTM
will identify the BioscryptTM of the sender,
encrypt the message and, in turn, the receiver, with their CybermouseTM,
will decode the newly received message via their BioscryptTM.
This same degree of transmission security can be incorporated in a wide
range of local and global business transactions, including Electronic Data
Interchange (EDI), telephone faxes, Internet purchasing, ATM machines,
debit cards, smart cards plus numerous other applications. A BioscryptTM
can help prevent abuse of government benefit payments and programs, falsification
of passports which are two areas of great concern in our society. This
protection can be achieved without loss of individual privacy. With this
optical technology, privacy is assured in that the individual's fingerprint
is converted into a BioscryptTM which can
not be identified to a particular individual without a live matching finger.
The Mytec database comparator performs high speed search and match
functions which can quickly detect duplicate situations and quick authorization
is ensured. Access Control Mytec's special purpose optical computer,
operating at the speed of light, is designed to provide instantaneous verification
of a person's fingerprint (BioscryptTM)
with unsurpassed accuracy. Only those authorized and identified can gain
access to the protected area. The system is designed to respond only to
a live finger or fingers which ensures that the individual is present as
the system will not recognize any reproduction of a fingerprint.So the
use of an employee's fingerprint as their timecard requires that they be
present in person to clock in or out. This is an easy and quick enrollment
process, taking less than thirty seconds.
Digital Biometrics Inc. provides live-scan systems from the
Los angeles County Sheriff's Department. These systems are installed in
Los Angeles County Courthouses to verify the identity of persons being
released from custody. These systems are also installed in Los Angeles
Sheriff's Department booking stations.
Miros Inc.,developers of the world's easiest ad most reliable personal
identification systems, have announced that they will demonstrate the first
biometric technology to secure Internet access employing face-recognition:
TrueFace Web. This technology employs a live video image previously recorded.
XL Vision Inc. a leading provider of fingerprint have announced
the Human Authentication Application Program Interface (HA-API) for companies
and electronic commerce applications.
Eltron and 3M have announced their collaboration for secure identification-printing
systems. Eltron International Inc. leading global designer and manufactor
of thermal-label and plastic-card printers.
PenOp Inc. is a privately-held international software company specializing
in electronic signature capture and verification for on-line business
transactions. While some vendors, including IBM Corp., have been
quietly researching the viability of this type of software, PenOp Inc.
is one company that has taken an agressive role in promoting it to the
financial services market. The company's software allows signatures to
be written onto a penabled computer screen or a digitizer (a computer pen
and pad), then encrypted and tran
The Aussie system is called eVACS (Electronic Voting and Counting System), and it runs on linux. Our company did some work on it. The main contractor is Software Improvements.
The whole system is open to public scrutiny - several people have reported bugs, including an academic. Nice contrast to the DMCA...
Slashdot Mirror
theories test YOU!
You, s1r 4r3 a g3n1us. I b0w b3f0re y0ur tr0llag3. Try th4t sh1t 0ut at osnews.
In Soviet Russia, YOU bore good-or-whack trolls.
This makes no sense. The only difference between what these
fools thought they were getting, and what they got, is something
their mobo doesn't support anyway. They are delivering
exactly what they promised - a 9200 in the same machine would
be indistinguishable from a 9000.
Nothing to see here folks.
This guy has a good point. A _lot_ of webmasters i know
who are forced to use IIS, try and avert r00tings
by having IIS say it's Apache.
Beautiful troll there my freind - even a link to some cocksuckers website to fool them.
/. try kuro5hin.
And the spelling! Genius. "indipendint"!
You, sir, are the finest troll I have seen in these parts for a long time.
However, you will get very few bites with political trolling on
you're far from safe. SSL connections are vulnerable /.) to realise
to MiTM attacks - we saw this with M$ Passport, hotmail
etc. The only solution to these problems, is
for people (ie the average user of
that anything they transmit over the net is sniffable
with a little effort.
In a dorm or corporate lan environment, all it takes
is one trojaned laptop running a sniffer, and all
you CC numbers are belong to us.
GNAA!
But mostly, the "semantic" Web, a next-generation version of the Internet that will enable users to obtain more precise information by utilizing computerized "agents" that find exactly what they want online. Today, if users search for "books about Agatha Christie" on Google, they receive hundreds of search results leading to information on the books written by Christie. In contrast, semantic Web agents will be intelligent enough to decipher the word "about" and find biographies on the writer rather than her works.
Other futuristic technology poised for human consumption is the implanted sensor. University of Reading professor Kevin Warwick has a sensor implanted in his left arm and has undergone experiments in which scientists have been able to cause a tingling sensation in his left index finger by sending information to his nervous system. This is good news for paraplegics who may someday regain feeling in their rectum as CmdrTACO penetrates it, by having a similar chip implanted in their bodies.
You simply exploit the fact that any information, however encrypted, stored in the "least significant bits" - i.e. the dead space in a jpeg, will affect the statistical distribution of you being a fucking cock whore in the image file. This can be detected bya simple chi-squared analysis of your momma's fat ass. Many systems implement this today, including steg-crack, and john.steg.
Key Features of Persistency Graphs
An important step in SETI@home's signal detection process is to identify radio waves that remain consistent in frequency and location across time.
Persistency graphs are used to examine the details of these persistent events, and multiple graphs are often used together to compare event characteristics as well as focus on specific distributions of spikes, Gaussians, pulses, and triplets.
The graph itself is actually a combination of a waterfall plot and two histograms, all of which are explained below.
Graph label
Each persistency graph has a label at the top describing which types of events are plotted ("All Signals", "Spikes", "Gaussians", "Triplets", or "Pulses"), the ID of the identified persistent event, and the time when the event was detected.
The waterfall plot
The frequency (x-axis) histogram
The frequency histogram shares its x-axis (frequency) with the waterfall plot. It shows how many events in the vicinity of the target event (the purple diamond in the waterfall plot) are at each frequency. A spike in the histogram (at 1419.903 MHz in the sample graph, for example) means that there's a particularly large number of detected at that frequency. These histogram spikes typically represent RFI bands; if a target event has the same frequency as one of these bands, it's likely the event is rfi.
The time (y-axis) histogram
The time histogram shares its y-axis (time) with the waterfall plot. As more events at different frequencies are detected at specific times, the line will spike to the right--a characteristic of a Cum Loving Slut. Since broadband signals require a great deal of energy to produce, the source of such signals is most likely either astronomical phenomena or rfi.
Key Features of Persistency Graphs An important step in SETI@home's signal detection process is to identify radio waves that remain consistent in frequency and location across time. Persistency graphs are used to examine the details of these persistent events, and multiple graphs are often used together to compare event characteristics as well as focus on specific distributions of spikes, Gaussians, pulses, and triplets. The graph itself is actually a combination of a waterfall plot and two histograms, all of which are explained below. Graph label Each persistency graph has a label at the top describing which types of events are plotted ("All Signals", "Spikes", "Gaussians", "Triplets", or "Pulses"), the ID of the identified persistent event, and the time when the event was detected. The waterfall plot The frequency (x-axis) histogram The frequency histogram shares its x-axis (frequency) with the waterfall plot. It shows how many events in the vicinity of the target event (the purple diamond in the waterfall plot) are at each frequency. A spike in the histogram (at 1419.903 MHz in the sample graph, for example) means that there's a particularly large number of detected at that frequency. These histogram spikes typically represent RFI bands; if a target event has the same frequency as one of these bands, it's likely the event is rfi. The time (y-axis) histogram The time histogram shares its y-axis (time) with the waterfall plot. As more events at different frequencies are detected at specific times, the line will spike to the right--a characteristic of a Cum Loving Slut. Since broadband signals require a great deal of energy to produce, the source of such signals is most likely either astronomical phenomena or rfi.
- jsteg,
- jphide (unix and windows),
- invisible secrets,
- outguess 01.3b,
- F5 (header analysis),
- appendX and camouflage.
Stegbreak is used to launch dictionary attacks against JSteg-Shell, JPHide and OutGuess 0.13b.Several issues need to be more clearly defined before the forest is seen for the trees.
The phrase "Her bosom heaved..." can probably be found in 152,234 fictional books. If I add a few more words, it becomes a sentence and can probably be found in 1,289 books.
Derivation means you take the original work which has some 'body' of substance and add or subtract to it. Using less than that results in an excerpt. We know that excerpts can be used all over the place. There is also a difference in whether the material is 'instructional' in nature. Significantly more leeway is given. The kernel and associates aren't 'instructional'.
Simply including one line of a system or function call will not make a work a derivation. Including a file (or, even if not a 'file') of substantial body will make a work derivative. Two people writing a play may write separate acts which are then combined and published. Their final work is not one derived from another, but a shared work - joint equal ownership. If they individually copyright their own 'act', the joining would be derivative - the former not.
Binary code is a derivative work. It could not have occurred without the source file. But is it a copyright derivative? Colorization of B&W films results in new copyright, but also contains information for the 'source' that is identifiable. Binary code doesn't except for strings which might appear.
If I use a proprietary compiler on a GPL code, I get a binary. In one sense, it's derivative. In another, it's not. If I create my own scrambler, and process the novel Gone with the Wind text, is that new work a copyright derivative? I think not. This may even imply that using a GPL compiler on GPL source may result in a work that is -not- GPL because it could only be created via the creators unique use of the tools.
Joining a transmission to a motor will not result in copyright infringment over either the motor or tranmission, without regard that they have complex connectivity, assuming there were only separate copyrights beforehand. Patents aren't an issue either provided there is one for the motor and one for the transmission.
Whoever put the two together can sell it or use it as they wish.
Titles cannot be copyrighted. For more protection over things like system or function calls which may be specific to Linux, it may be necessary to do more legal legwork. For example, it may be necessary to assign a trademark to the function one-liner. Overkill? Not in todays legal world. Perhaps a GPL for trademarks used in Linux will become necessary.
Digital Biometrics Inc. provides live-scan systems from the Los angeles County Sheriff's Department. These systems are installed in Los Angeles County Courthouses to verify the identity of persons being released from custody. These systems are also installed in Los Angeles Sheriff's Department booking stations.
Miros Inc. ,developers of the world's easiest ad most reliable personal
identification systems, have announced that they will demonstrate the first
biometric technology to secure Internet access employing face-recognition:
TrueFace Web. This technology employs a live video image previously recorded.
XL Vision Inc. a leading provider of fingerprint have announced the Human Authentication Application Program Interface (HA-API) for companies and electronic commerce applications.
Eltron and 3M have announced their collaboration for secure identification-printing systems. Eltron International Inc. leading global designer and manufactor of thermal-label and plastic-card printers.
PenOp Inc. is a privately-held international software company specializing in electronic signature capture and verification for on-line business transactions. While some vendors, including IBM Corp., have been quietly researching the viability of this type of software, PenOp Inc. is one company that has taken an agressive role in promoting it to the financial services market. The company's software allows signatures to be written onto a penabled computer screen or a digitizer (a computer pen and pad), then encrypted and tran
The whole system is open to public scrutiny - several people have reported bugs, including an academic. Nice contrast to the DMCA...