`__________
`
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`__________
`
`LENOVO (UNITED STATES), INC. and EMC CORPORATION,
`Petitioners,
`
`v.
`
`INTELLECTUAL VENTURES I, LLC,
`Patent Owner.
`__________
`
`Case IPR 2017-00477
`Patent 8,387,132 B2
`__________
`
`Record of Oral Hearing
`Held: March 5, 2018
`__________
`
`
`
`
`Before JEFFREY S. SMITH, GEORGIANNA W. BRADEN, and DANIEL
`J. GALLIGAN, Administrative Patent Judges.
`
`
`
`
`
`
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`Case IPR 2017-00477
`Patent 8,387,132 B2
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`
`
`APPEARANCES:
`
`ON BEHALF OF THE PETITIONER:
`
`
`CHRISTOPHER CENTURELLI, ESQ.
`K&L Gates, LLP
`One Lincoln Street
`Boston, Massachusetts 02111
`(617) 526-6466
`christopher.centurelli@klgates.com
`
`
`
`ON BEHALF OF THE PATENT OWNER:
`
`
`BYRON L. PICKARD, ESQ.
`Sterne Kessler Goldstein Fox
`1100 New York Avenue, NW
`Washington, DC 20005
`(202) 371-2600
`bpickard@skgf.com
`
`
`
`
`The above-entitled matter came on for hearing on Monday, March 5,
`
`2018, commencing at 2:45 p.m. at the U.S. Patent and Trademark Office,
`600 Dulany Street, Alexandria, Virginia.
`
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`Case IPR 2017-00477
`Patent 8,387,132 B2
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`P R O C E E D I N G S
`- - - - -
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`2:44 p.m.
`JUDGE GALLIGAN: Good afternoon. This is Judge Galligan and
`with me is Judge Braden, and in front of you in the room there is Judge
`Smith.
`
`And this is an oral hearing for IPR 2017-00477. Lenovo (United
`States) Inc. and EMC Corporation are the petitioners. Intellectual Ventures I
`LLC is the patent owner. This involves Patent No. 8,387,132.
` Now we have appearances for petitioner and patent owner. And
`when you speak, make sure the mic is on.
`MR. CENTURELLI: Good afternoon, Your Honor. Can you hear
`
`me?
`
`JUDGE GALLIGAN: Yes.
`MR. CENTURELLI: Chris Centurelli on behalf of petitioners. With
`me is Erik Halverson.
`MR. PICKARD: Good afternoon. On behalf of the patent owner,
`Intellectual Ventures, it's Byron Pickard from the Sterne Kessler law firm.
`Joined with me at counsel table is Lestin Kenton, also from Sterne Kessler,
`as well as in-house counsel from Intellectual Ventures, Tim Seeley and
`James Hietala.
`JUDGE GALLIGAN: Great. Thank you very much. So as the oral
`hearing order in this case stated, the parties will each have 30 minutes to
`present. So it's, well, a total of 60 minutes for argument time.
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`The petitioner has the burden of persuasion to prove unpatentability
`of the claims. Claims 1 and 9 are at issue in this review of the ’132 patent.
`And so petitioner will go first. Petitioner may reserve time in rebuttal.
`Because Judges Braden and I are here, we appreciate it if you would
`identify a particular page for the record. Or demonstratives currently before
`you, reference them. We have all the record and everything, so we just need
`you to just point us to them.
`And I think that's all. With that, petitioner, you're welcome to begin.
`MR. CENTURELLI: Thank you, Your Honor. My name is Chris
`Centurelli. I'm counsel for petitioners. I'd like to reserve 15 minutes for
`rebuttal.
`There are two questions before the Board today.
`First, does the prior art Cramer patent anticipate claim 1 and 9 of the
`132 patent?
`And second, does Cramer, in combination with the prior Banga
`patent, render claims 1 and 9 obvious?
`The primary dispute here today is what does Cramer reasonably
`disclose? There are no claim constructions before the Board.
`Petitioners submit there's ample evidence in the record defining
`Cramer reasonably renders claims 1 and 9 unpatentable. This is because
`Cramer and the ’132 patent propose the same solution to the same problem,
`namely --
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`JUDGE GALLIGAN: Counsel, I'm interested in particular on where
`-- and because we have an anticipation ground with respect to Cramer and
`then we also have the Cramer-Banga obviousness case.
`Where does Cramer expressly disclose two volumes that are mapped
`to a single network interface or a single network adapter common frame
`address? Where does it disclose that?
`MR. CENTURELLI: Certainly, Your Honor. Petitioners submit --
`well, first of all, as background, Cramer is talking about filers that typically
`serve 150 or more volumes. And that's in the background section,
`specifically column 2, about lines 17 through 21. Okay? So --
`JUDGE GALLIGAN: Right. And I know they're in multiple
`volumes and I know that they're -- I'm just curious about the express
`disclosure of a many-to-one relationship. I'll just call it many-to-one or a
`two-to-one even --
`MR. CENTURELLI: Yes, so --
`JUDGE GALLIGAN: -- relationship of a filer -- of volumes to a
`common frame address.
`MR. CENTURELLI: Yes, Your Honor. Good question. So the
`context of Cramer is this concept of a filer that can handle 150 volumes.
`Okay? And there's no disclosure of 150 NICs, right? We're talking one,
`two, or three NICs. Okay?
` And then you go to figure 1, right? And figure 1 is a block diagram
`of an exemplary network environment. Okay? So this is a block diagram of
`--
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`JUDGE BRADEN: We are talking about figure 1 of Cramer,
`correct?
`MR. CENTURELLI: Figure 1 of Cramer, Exhibit 1005.
`JUDGE BRADEN: Okay.
`MR. CENTURELLI: Okay? And so what figure 1 shows -- okay,
`let me get to a slide that has it on there. Okay.
`So petitioner slide 6, okay, is an annotated version. It shows figures
`1 and figures 2 next to each other. On the left-hand side is figure 1.
`And what you'll see is you'll see a LAN network 102 connected to
`two filers: filer 1 which is 110 and filer 2 which is 12. Okay?
`Both filer 1 and filer 2 have one line going into them from a LAN.
`Then you'll see filer 1 and filer 2 connected to switching network 120 and
`below that you have four volumes, right? So you have four volumes 122.
`And what Cramer teaches is those volumes can become IP volumes
`when filer 1 or filer 2 assigns an IP address to it. And that's the process it
`goes through in figure 4. Okay?
`JUDGE GALLIGAN: It can't -- I suppose it can do that in figure 6.
`It actually shows one IP volume it looks like being assigned to two frame
`addresses. That's a one-to-many relationship, I guess I would say.
`Is there any -- and so any express disclosure of -- I know that there's
`a mention of 150 volumes. And I know you said that there aren't 150 NIC --
`network interface cards. There could be multiple network interface cards,
`right, as disclosed.
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`MR. CENTURELLI: Your Honor, there could be embodiments with
`multiple NICs. But in figure 1, you have a filer 1 that's then described in
`figure 2. Okay? The filer in figure 2 has one network adapter. Okay? So
`you have four volumes going to two filers in figure 1, both having one line
`going to them.
`So in that description of figure 1, you have, at most, two NICs and
`you have four volumes. Okay? So in that situation on figure 1, that
`expressly discloses the person skilled in the art you have multiple volumes
`sharing one NIC.
`And if you contrast that with, for example, figure 5 -- which I
`apologize. I don't have a slide of figure 5. When the applicant wanted to
`show multiple connections to multiple NICs, they would show multiple lines
`going into the filer. Okay? So embodiments where they're talking about
`more than one NIC on a filer, they have multiple lines going into it.
`In embodiments, for example, like in figure 2 which is also shown in
`figure 1, you have one line in it. So if you have four volumes going --
`JUDGE BRADEN: So you're saying that this block diagram is more
`than just a block diagram, that it actually shows all of the interfaces, all of
`the lines going into and out of each component?
`MR. CENTURELLI: That's a reasonable way to read figure 1, yes,
`Your Honor.
`JUDGE BRADEN: So it's more than just a block diagram --
`MR. CENTURELLI: So it's --
`JUDGE BRADEN: -- is what you're saying?
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`MR. CENTURELLI: -- an exemplary illustration of the invention.
`And the illustration they're providing is you have one connection between
`filer 1 in a LAN and one connection between filer 2 in a LAN. And it goes
`in the network adapter 226.
`And so what's then showing is the possibility of one connection
`meeting one NIC meeting one MAC address serving multiple volumes.
`That's consistent with other spots in the specification.
`So for example, in the bottom of column 5, about line 66 through the
`top of column 6 ending about line 3, it's talking about these exemplary file
`servers serving storage volumes, plural. Okay?
`If you go to column 11 where it's discussing figure 9, in figure 9, you
`have two filers shown. One filer 110 that has one network interface card and
`another filer 2 that happens to have two network interface cards connecting
`again to the LAN network. You're talking about it serving volumes, plural.
`So in any case where there's more than one volume being served by
`filer 1, you have two volumes sharing a single NIC that has a single MAC
`address.
`And that is the evidence that petitioners put forth in Dr. Karlin's
`declaration for his interpretation of showing multiple volumes being handled
`by one NIC and has one MAC address.
`JUDGE GALLIGAN: Okay. Thank you.
`MR. CENTURELLI: So if we go back to Cramer and the ’132
`patent. In order to get their patent allowed -- and this is discussed in the
`opening petition at pages 15 to 16. In the prosecution history, how
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`applicants characterize their invention is they were the first people to
`propose assigning an IP address to a storage volume to ease the management
`of network-based communications for those volumes.
`And that is exactly what Cramer proposes, and Cramer proposes it
`first. But let's just begin with an overview of the ’132 patent.
`So in the parlance of the ’132 patent, the ’132 patent proposes
`assigning what it calls host addresses to a logical construct it calls a virtual
`object.
`
`The purpose of assigning the host address is so that remote network
`devices can more easily interact with the virtual objects by directing packets
`over the network to the host address as opposed to the physical MAC
`address.
`Importantly, the ’132 patent provides that a host address may be an
`IP address, that the virtual object may be a storage volume, that the network
`client packet may be read-write requests. And these disclosures are
`important because this is exactly what Cramer teaches. Those map directly
`under the teachings of Cramer.
`JUDGE GALLIGAN: You have about five minutes of your first 15
`
`left.
`
`MR. CENTURELLI: Yes, Your Honor. To implement its virtual
`objects, the ’132 patent describes a module. That module includes a packet
`processor, and a packet processor performs the logic of those operations.
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`The operations it performs are assigning the host address -- for
`example, the IP address -- to the virtual object and that's what creates the
`virtual object.
`And then managing communications with those objects by receiving
`packets, transforming to receive packets and device level requests, and
`issuing the device level requests. And that's shown on petitioner's slide 3.
`Slide 4 --
`JUDGE GALLIGAN: And I also wanted to ask you about --
`MR. CENTURELLI: Sure.
`JUDGE GALLIGAN: -- the -- and I don't mean to interrupt and it's
`your record. I would like you to comment on the reason to combine and
`Patent Owner's arguments that the petitioner has not put forth sufficient
`rationale to combine Cramer and Banga in the manner asserted. Thank you.
`MR. CENTURELLI: Certainly, Your Honor. The motivation to
`combine Cramer and Banga to the extent the Board was to believe that
`Cramer doesn't sufficiently teach a single NIC handling multiple IP volumes
`is, first, sharing resources was known.
`The concept of sharing network resources -- for example, in NIC --
`was known. And the reason behind it is to save money.
`Patent owner's expert, Dr. Shenoy, admitted that saving -- sharing
`resources was a known motivation prior to these two references coming out.
`And the two reference that we have, Cramer and Banga, they're from
`the same applicants, NetApp. The same examiner reviewed them. They had
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`the same operating system that they're discussing as running their various
`embodiments.
`So the idea of taking the virtual objects in Cramer, the IP volumes,
`and using them in the same manner that the virtual filers were used in Banga
`in order to share the system resources of a single NIC is a short hop.
`And that's the motivation to combine, again, is that so you don't have
`to have 150 NICs, which I'm not aware of any evidence of any sort of having
`150 NICs to service your typical filer.
`And I know that faced with that motivation to combine, the patent
`owner presented no objective evidence of nonobviousness. They just say
`that sharing is not enough. We submit sharing is more than enough, this
`concept of sharing resources in a network.
`So there are three points that are up for discussion today.
`The first is whether Cramer teaches a, first, virtual object. We
`submit that the record is ample that Cramer's IP volumes constitute that
`virtual object.
`Cramer's IP volumes are logical partitions. They may be RAID
`arrays. They may be implemented in hardware or software, and they
`aggregate groups of disks in order to provide storage to the clients.
`The second point at issue is, does Cramer teach two IP volumes that
`have different host address? We believe Cramer clearly teaches that.
`It talks about directing input and output packages to IP volumes
`based upon the IP address. There's no other addressing scheme provided. In
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`order to direct something to an IP address, those IP addresses need to be
`unique.
`And then the last point is a point we discussed earlier which is
`sharing common frame addresses. If you have two volumes at a single filer
`and that single filer has a single NIC, then they share a common frame
`address. And we believe that's all taught by Cramer.
`The Banga point -- the Banga reference, we brought in as an
`obviousness. I think for the very reasons why Your Honor is asking about it
`is we're looking at figure 1 and we're going from figure 1.
`Does that fairly teach sharing a common frame address? We
`certainly think it does. But even to the extent the Board doesn't think it
`does, Banga clearly teaches it and the two references are readily combinable.
`Given that, I will reserve the remaining time for rebuttal, if you have
`no further questions.
`JUDGE GALLIGAN: Thank you, counsel. Patent Owner,
`whenever you're ready.
`MR. PICKARD: Good afternoon. And may it please the Board,
`again, Byron Pickard on behalf of the patent owner, Intellectual Ventures.
`As Mr. Centurelli pointed out, there are two issues that are under
`discussion today, the first being anticipation and the second being
`obviousness.
`And I just want to focus the initial portion of my presentation on the
`anticipation grounds and remind the Board of the very strict test that the
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`petitioner has to meet here. They must point to express or inherently present
`things in Cramer in order to anticipate.
`And I submit to you that there are at least several missing limitations
`from Cramer.
`And if we could look at patent owner's demonstrative 9 which has on
`it independent claim 1. And I'd like to focus the Board on the two assigning
`steps.
`
`So the first assigning step, there's a first virtual object. It is assigned
`a host address.
`And in the second assigning step, we have a second virtual object. It
`also is assigned a host address. But the key point here is that it has to have a
`different host address than the first virtual object and yet have a common
`frame address.
`So we turn to whether Cramer discloses a common frame address.
`Look at figure 4 of Cramer which we have in patent owner's demonstrative
`12.
`
`And what we have in Cramer is a very high-level description. We
`see in figure 4 what happens as it configures IP volumes. It identifies, do we
`have an IP volume? If yes, it attains an IP address, then maps that address to
`a NIC and advertises that address to the appropriate NICs and then rinse and
`repeat.
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`What Cramer doesn't explain in sufficient detail is how it configures
`the second IP volume if we were to run through this. And I think this is
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`pointed out in some of the figures that Mr. Centurelli has put in front of
`Your Honors.
`If we could go to patent owner's slide 17. Pardon me, slide 19. All
`
`right.
`
`You see in figure 5, we have a single IP volume 510. It's been
`assigned to filer 1, and filer 1 has three NICs. And I want to stop here and
`make a point.
`It's not the NIC that provides the frame address. It's the MAC or
`MAC addresses that the NIC has been assigned that are the frame addresses
`in the petitioner's proposed anticipation grounds.
`And we see in filer 1 of figure 5 from Cramer a single IP volume
`assigned to a filer with multiple NICs. And that's significant because this
`disclosure, for example, doesn't tell us how, of course, Cramer would deal
`with the situation where we have a second IP volume, not to mention that it's
`entirely possible that it could assign NICs to each of those volumes.
`And we see the same thing if you look at --
`JUDGE GALLIGAN: But isn't the second IP volume -- isn't that
`what figure 4 is telling you: you have more devices to configure, yes, then
`you run through again?
`MR. PICKARD: Yes, it does. If we look back at patent owner's
`slide 12 which has figure 4 up, it says if we were to -- let's assume we've
`already configured the first IP volume. It has an IP address. It's been
`assigned to the NIC.
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`We then go back to the first step of figure 4. It doesn't tell you, for
`example, what the IP address of that second IP volume is. Is it the same or
`different than the first?
`And when we map that address to the NIC, it doesn't tell you, are we
`addressing it to the same NIC, a different NIC, or whether that given NIC
`has a single MAC address.
`And we see again where Cramer just doesn't get to that level of
`detail. If we look at patent owner's slide 20 where -- again, this is figure 9
`from Cramer -- we deal with the example of a single IP volume.
`So Cramer just doesn't teach how it would configure the IP volumes
`after it has configured one and it's dealing with the second, third, fourth, and
`so on.
`
`I do want to address a couple of points that Mr. Centurelli raised. He
`made an argument today that, for example -- and what was annotated,
`figures 1 and figure 2, from page 25 of the petition, that was in one of their
`demonstratives -- that each of those lines -- I believe he said a single line
`equals a single connection.
`That argument is not in the petition. The portion of the petition he
`refers to with those figures is a general overview of Cramer.
`They don't make that argument certainly when they are arguing that
`Cramer, on the anticipation grounds, that each of those lines should be
`thought of as a single connection. Not surprisingly, if you were to scour Dr.
`Karlin's declaration, you won't find opinions on that point.
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`The fact of the matter is that Cramer just doesn't get to the level of
`detail that they would need to do to make out an anticipation case.
`The petitioner's argument on this point is, essentially, we have filers.
`The filers can host one IP volume or be associated with one IP volume. It
`can be associated with many IP volumes. We could have filers with one
`NIC or many NICs.
`And so it stands to reason therefore that we could have a one-to-one
`-- I'm sorry -- or a many-to-one relationship as Judge Galligan pointed out.
`But that's not anticipation. We're into obviousness. Dr. Karlin and
`the petitioner are making several inferential leaps that put them outside of
`the realm of anticipation.
`As a final point, I would like to point out that there's an underlying
`premise in the petitioner's case on this claim element and that is that each
`NIC has a single MAC.
`And as we pointed out on our motions for cross-examination of our
`own expert, Dr. Shenoy, I direct the Board to pages 84 and 85. And Dr.
`Shenoy at deposition said that was not the case, that NICs necessarily have a
`single MAC address, that you can assign multiple MAC addresses to a given
`NIC.
`
`We submit, of course, that's a missing limitation, and so --
`JUDGE GALLIGAN: So in that instance, if you have, let's say, two
`NICs and each NIC has two MAC addresses. But if you assign each IP
`volume to a different NIC, then they won't share a common frame address,
`right?
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`MR. PICKARD: That's right, and that's our point is that Cramer
`lacks a teaching of a common frame address.
`The reason I make the point to Dr. Shenoy's testimony is that even if
`they were right, that there are express disclosures in Cramer, the two IP
`volumes are ever assigned to a single NIC. That, in and of itself, is still not
`enough because we could have, for example, two MAC addresses. And it's
`the MAC address that they're pointing to as the corresponding --
`JUDGE GALLIGAN: Oh, I see.
`MR. PICKARD: -- frame address of the claims. I'm sorry that I
`wasn't clear on that.
`JUDGE GALLIGAN: No, no, no, you were. Thank you. I
`appreciate it.
`MR. PICKARD: And of course, if we don't have a common frame
`address, then we can't have the different IP addresses at the same time as the
`common frame address.
`I do want to turn next to whether the IP volumes of Cramer, whether
`the petitioner has shown sufficiently that those are the claimed virtual
`objects. And here, I think it's helpful to step through the petitioner's opening
`paper.
`
`And if we look to page 37 of the petition, the petitioner makes the
`assertion -- this is the last sentence of the top paragraph from page 37 -- an
`IP volume is a logical construct. It presents itself externally as an
`operational device, i.e., accessible by external clients.
`And they cite to two things.
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`First, they cite to Cramer itself at column 11, lines 4 through 6. And
`if we look to column 11, lines 4 through 6, it says nothing of the sort.
`It reads, also clients accessing data stored on an IP volume only have
`to know the IP address of the volume.
`It doesn't say anything about how the IP volume represents itself to
`external users. It just stands for the unremarkable proposition that if you
`assign an IP address to the volume, it can be accessed using that volume.
`They also point to Dr. Karlin's testimony. This is at Exhibit 1002,
`paragraph 57 from his opening declaration. And what Dr. Karlin says -- this
`is the last verse -- is the concept of an IP volume in Kramer is such a logical
`construct. An IP volume does not necessarily point to a particular physical
`disk. Rather, it can aggregate the storage space of groups of disks and
`present a single operational storage device to external clients.
`And he cites to a different portion of Kramer, this time column 8 at
`lines 58 to 60. And if we turn there, what the Cramer reference says is that,
`as used in this description, an IP volume is a volume, individual disk or
`group of disks that is associated with a network address in accordance with
`this invention.
`Again, it doesn't describe how the IP volumes of Cramer present
`themselves externally.
`Now in reply, we have a new theory. This one is based on sort of
`two basic premises. They brought in a new reference, Patterson, that was
`not in the petition. I submit that that's not appropriate.
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`And they have pivoted from those disclosures and the evidence of
`Dr. Karlin in his declaration and are now pointing to the RAIDs in Cramer
`and saying, well, listen, Cramer discloses RAIDs. Those would be
`understood to be virtual objects.
`I would just asked the Board when you read page 38 of the petition,
`there is a reference to the RAID disclosure in Cramer. But they're not
`pointing to the RAID to support the notion that the IP volumes are virtual
`objects, that they present themselves in a particular way.
`What they're pointing to the RAID disclosure in Cramer is to say,
`listen, we satisfy the portion of the limitation that talks about storage
`capabilities of a plurality of storage devices. And of course, RAIDs have
`many, many disks, as is known.
`There's a more basic failure though in the reliance on the RAID
`disclosure in Cramer, and that gets to the point that -- I thought I heard a
`question. If we look towards --
`JUDGE GALLIGAN: Yes, I was going to ask a question, and I
`know that, in the petition, they reference column 2.
`Isn't that what -- don't we have to look at though what Cramer tells
`us are volumes first?
`And it says, disk storage is typically many or has one or more
`storage volumes that -- and I'm reading it to column 2, line 17 -- that
`comprise physical storage disks defining and overall logical arrangement of
`storage space. Then it says, it can be arranged in RAIDs. And then later,
`you have an IP volume is a volume.
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`So why isn't that a logical construct? It says it's a logical
`arrangement of storage space.
`MR. PICKARD: Well, so the column 2 description is, of course, the
`background of the invention. It's not an embodiment of Cramer.
`They don't drag in the disclosure from column 2 until the reply. And
`still, it doesn't tell us how it presents itself to the external user.
`I'm sorry. I spoke over you.
`JUDGE GALLIGAN: Because I thought in the overview, they're
`explaining how Cramer operates on page 24 of the petition. And they cited,
`column 2 lines 17 to 26, that it's at least -- it's telling -- Cramer is telling you
`what all these terms mean.
`And if a volume is a logical arrangement of storage space, why isn't
`that a logical construct?
`MR. PICKARD: I think what's missing from that description is the
`notion, in the petitioner's words, of how the IP volumes are presented to
`external users. That's not disclosed in the portions of Cramer that they have
`pointed to in their petition or even in the reply.
`I want to just draw out an important point on the RAID that I think
`illustrates what is going on, on the anticipation grounds.
`The only place that Cramer mentions RAIDs in one of its
`embodiments is shown in figure 3 of Cramer. And it's on this item, 324
`storage RAID. And what figure 3 is, is storage operating system 230.
`And if we flip back to figure 2 of Cramer, we see that same storage
`operating system 230, and it's within the filer 110 here.
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`If you just compare that figure to figure 5 of the Cramer reference,
`we see that the filer 1 is separate from the IP volumes.
`So in order for this theory about the RAIDs being the reason we have
`the IP volumes can be virtual objects, it would require combining the
`teaching that the RAIDs are part of the filer 110 now with the IP volume
`510.
`
`We're no longer anticipation, not to mention that that's a brand-new
`argument that wasn't raised anywhere in the petition.
`JUDGE GALLIGAN: So I want to go back to the claim language.
`It says the first virtual object being a logical drive partition that represents an
`aggregation of storage capabilities, other plurality storage devices.
`In column 8, line 58 of Cramer, it says, it's used in this description.
`An IP volume is a volume, individual disk or a group of disks that is
`associated with a network address.
`I don't see any daylight between that and the logical partition of the
`claims. It's a group of disks. That's a plurality of storage devices.
`MR. PICKARD: Right. But the question is, does it present itself as
`a logical partition of the resources of this plurality of, in this case, disks,
`right? And so that's not --
`JUDGE GALLIGAN: No, but then volume is defined as an overall
`logical arrangement of storage space.
`MR. PICKARD: Right. Again, that doesn't -- a logical arrangement
`is not enough.
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`Petitioner has put forward this notion that the language, for example,
`at column 8 is sufficient to show that how it presents itself externally. Dr.
`Shenoy has put in competing testimony on that point, and we submit that
`they just haven't met their burden. With that --
`JUDGE GALLIGAN: I do want to ask -- I know in the response and
`all -- I'll point to it -- petitioner -- or I'm sorry -- patent owner discusses
`figure 8.
`I have a few questions about that figure 8 of the ’132 patent. Does
`figure 8 encompass within the claim, or is that logical structure, is that what
`it's getting at in claim 1? It seems like that's what Patent Owner's argument.
`I was just trying to understand that.
`MR. PICKARD: I was conferring with my colleague. Yes, we
`believe that figure 8 is covered by the claims.
`JUDGE GALLIGAN: Okay, great. So I have a few questions about
`
`that.
`
`If we go to -- let's see -- well, it's discussed from the patent itself.
`Figure 8 is discussed at column 13 -- 15, I apologize. So I wanted to ask.
`In the patent owner's response -- I'm looking at page 14 -- you have
`figure 8 and you talk about these or you referenced the logical partition is
`located on each of these drives.
`Drive 838 comprises logical partition 833. So I see 833 as P1, and
`that's consistent with the specifications and description.
`My question is, how do those logical partitions -- so for instance,
`how does logical partition 833 represent a plurality of storage devices?
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`It looks like a physical partition and then the plurality -- the logical
`partition is the grouping of those partitions. So I'm confused as to why there
`were logical partitions used there in the spec.
`It seems like they're using it as the logical partition is one part of one
`storage device, then you aggregate those and that's something else. And the
`claim actually says that the logical partition is the aggregation of the storage
`devices.
`So I don't see how this maps to the claim at all, and I just wanted to
`ask you ab