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> Gary
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>
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> -----Original Message-----
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> From: Koenig, Mark
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> Sent: Tuesday, August 07, 2001 1:08 PM
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> To: Peng, Gary
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> Subject: RE: Enron Corp. 2001 Second Quarter Form 10-Q - Marked
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> (Confidential Communications)
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>
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> If not absolutely required - no.
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>
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> -----Original Message-----
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> From: Peng, Gary
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> Sent: Tuesday, August 07, 2001 12:07 PM
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> To: Koenig, Mark; Maredia, Amin
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> Subject: FW: Enron Corp. 2001 Second Quarter Form 10-Q -
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> Marked (Confidential Communications)
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>
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>
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> FYI since Paula is out this week. Ron Astin of V&E originally
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> suggested including a phrase describing Michael as " a former Enron
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> employee.." I have omitted this reference from the latest draft. Does
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> IR see any advantage in including this pharase?
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>
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> Gary
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>
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> -----Original Message-----
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> From: Mintz, Jordan
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> Sent: Tuesday, August 07, 2001 9:47 AM
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> To: 'rastin@velaw.com'; Peng, Gary; Rogers, Rex
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> Cc: Rieker, Paula
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> Subject: FW: Enron Corp. 2001 Second Quarter Form 10-Q -
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> Marked (Confidential Communications)
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>
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> I spoke with Andy this morning. His preference would be for us
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> to avoid mentioning that the purchaser of the LJM interests is a
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> former Enron employee. My understanding is that Gary, too, prefers
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EVE 543273
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ERN0082284
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GOVERNMENT EXHIBIT 3855
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Crim. No. H-04-25 (S-2)
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EXH053-00024
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ITRC Mistral
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Oughton and Frias (2016)
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Figure 3 Policy dimensions and consequential strategies employed
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Capital investment Policy dimensions Millions per year Billions per year Capacity Low Mbps High Mbps Coverage Low coverage 99.999% Spectrum Network densification Infrastructure sharing Strategy components Strategy 1 Strategy 2 Strategy n Specific strategies Capex costs Opex costs Model input variables
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We consider three spectrum strategies for capacity expansion of current 4G networks to next generation 5G networks using (i) 700 MHz, (ii) 3400-3600 MHz, and (iii) 3600-3800 MHz. The justification for focusing on this spectrum is that these bands have been allocated to mobile communications systems and thus they are currently not being used by any other legacy system (i.e. 2G, 3G o 4G) (Ofcom, 2016). In addition, 700 MHz is the band with the best propagation characteristics among those currently allocated to mobile communication services. Thus, it has the potential to increase current geographical coverage of mobile broadband to rural and remote areas of the UK, particularly for mobility across national road and rail infrastructure, particularly if 800 MHz is not currently being utilised. This will be important for enabling total continuous coverage in 5G. Although 3.4-3.8 GHz has poorer propagation characteristics, it provides more spectrum allowing for
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29
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Schedule of Key Questions/Activities
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8/24/21 What is Life? What is Consciousness?
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8/26/21 Did asteroids deliver the building blocks of life to Earth?
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8/31/21 How did the Solar System form?
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9/2/21 How did the Earth form?
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9/7/21 Team Mission Status Report #1
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9/9/21 What is the basic unit of life?
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9/14/21 What is the role of information in life? What is entropy?
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